Cost Management A strategic Emphasis 7th Edition By Edward Blocher – Test Bank

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Chapter 05

Activity-Based Costing and Customer Profitability Analysis

 

Multiple Choice Questions

1. The major limitation of volume-based costing systems is the use of volume-based:

A. Criteria. 
B. Standards. 
C. Rates. 
D. Variances. 
E. Restrictions. 

 

2. Volume-based rates produce inaccurate product cost when:

A. A large portion of factory overhead cost is not volume-based.
B. Firms produce a diverse mix of products.
C. Large volumes of a product are manufactured.
D. Both a lack of volume-based overhead and there is a large range of products.
E. None of these answer choices are correct.

 

3. If the usage of project activities is not proportional to the number of units produced, then some managers will be overcharged and others undercharged under the:

A. Activity-based costing
B. Volume-based costing
C. Overhead costing
D. Process costing

 

4. Volume-based overhead rates may cause undesirable strategic effects such as:

A. Incorrect decisions.
B. Unprofitable cross-subsidization of products.
C. Ineffective management of operations for process improvement.
D. All of these answer choices are correct.

 

5. Activity-based costing (ABC) differs from other costing approaches in that it more accurately measures the cost of activities that are:

A. Not proportional to the volume of outputs produced.
B. Directly proportional to the volume of outputs produced.
C. Inversely proportional to the volume of outputs produced.
D. Non-value adding.

 

6. In performing activity analysis during the design of an activity-based costing (ABC) system, the management accountant studies:

A. The cost drivers and managers in the plant. 
B. The advice of operation-level managers. 
C. The resources, activities, and cost drivers in the operation. 
D. The cost allocation methods applicable to the firm. 
E. The implementation problems for an ABC system. 

 

7. Effective implementation of activity-based costing (ABC) requires:

A. Normally the assistance of a consultant.
B. A sophisticated and expensive computer system.
C. Support of top management and key employees.
D. Capturing properly the complexity of the data.
E. ABC has no significant implementation issues.

 

8. Elimination of low-value-added activities in a firm should:

A. Be discouraged because of potential harmful effects.
B. Not affect customer value.
C. Not have priority because low-value-added activities have little effect on a firm’s performance.
D. Have priority only when a firm is operating at a loss.
E. Happen naturally if the firm is well-managed.

 

9. When gathering activity data, which of the following would not be a question that ABC project team members typically ask employees or managers?

A. Time spent performing the activity
B. Resources required for the activity
C. Where the activity takes place
D. Value the activity has for the customer

 

10. Successful activity-based costing (ABC) implementation depends upon the firm:

A. Having support of consultants with needed expertise.
B. Having a thorough activity analysis.
C. Starting with a relatively simple system.
D. Having well-trained managers.
E. Having adequate computer resources.

 

11. A measure of the quantity of resources consumed by an activity is:

A. A quantity driver.
B. A resource consumption cost driver.
C. Not a cost driver.
D. An activity consumption cost driver.
E. A consumption cost driver.

 

12. A measure of frequency and intensity of demands placed on activities by cost objects is:

A. A quantity driver.
B. A resource consumption cost driver.
C. Not a cost driver.
D. An activity consumption cost driver.
E. A consumption cost driver.

 

13. An activity that is performed for each unit of production is a(n):

A. Product-level activity.
B. Facility-level activity.
C. Unit-level activity.
D. Performance-level activity.
E. Batch-level activity.

 

14. An activity that is performed to support the production of a new custom-order product is a:

A. Product-level activity.
B. Facility-level activity.
C. Unit-level activity.
D. Customer-support activity.
E. Batch-level activity.

 

15. Which one of the following is not a unit-level cost driver?

A. Direct labor hours.
B. Direct material dollars.
C. Machine hours.
D. Production orders.

 

16. The management of activities to improve the value received by the customer and the competitiveness of the organization is:

A. Cost driver analysis.
B. Customer profitability analysis.
C. Activity-based management.
D. Performance measurement.
E. Activity analysis.

 

17. The examination of the efficiency of each of a firm’s activities is:

A. Activity analysis.
B. Pareto analysis.
C. Activity-based management.
D. Performance measurement.
E. Attribute-based management.

 

18. Which one of the following is a high value-added activity?

A. Set-up.
B. Rework.
C. Repair.
D. Storage.
E. Processing.

 

19. In regard to selling activities, which one of the following would not be a cost driver for selling expense?

A. Number of invoices.
B. Number of sales calls.
C. Number of production runs.
D. Number of shipments.

 

20. Which one of the following is not a recommendation for a successful implementation of ABC/M?

A. Obtain support of management and personnel.
B. Complete an activity analysis.
C. Start with a relatively simple system.
D. Use ABC/M on a job that will succeed.
E. All of these answer choices are features of successful ABC/M implementations.

 

21. Which of the following activities is a facility-level activity?

A. Plant management salaries.
B. Depreciation on a highly specialized piece of production equipment.
C. Direct labor.
D. Product design.
E. Materials handling.

 

22. A company using a volume-based overhead assignment (allocation) method will tend to:

A. Overstate the cost of low volume products.
B. Understate the cost of low volume products.
C. Understate the cost of high volume products.
D. Understate the cost of all products.
E. Either understate or overstate the cost of high volume products depending on the specific manufacturing factors involved.

 

23. Which of the following is a batch-level cost driver?

A. Output units.
B. Number of engineering change orders.
C. Number of materials handling transactions.
D. Square feet of plant area occupied.
E. Number of employees.

 

24. Which of the following activities is a facility-level activity?

A. Materials handling.
B. Plant maintenance.
C. Product inspection.
D. Design engineering.
E. Purchase orders.

 

25. In an organization that makes furniture, which of the following is a high value-added activity?

A. Using direct materials in production.
B. Inspecting production.
C. Storing finished goods inventory.
D. Moving work-in-process inventory between work stations.
E. Reworking the product to repair defects.

 

26. Overhead costs are allocated to cost objects in an activity-based costing system in the following manner:

A. Overhead costs are traced to departments, then costs are traced to products.
B. Overhead costs are traced to activities, then costs are traced to products.
C. Overhead costs are traced to activities, then costs are traced to departments and then allocated to products.
D. Overhead costs are traced from resources to cost objects.

 

27. Which of the following is a batch-level cost driver?

A. Output units.
B. Number of employees.
C. Number of orders.
D. Number of parts.
E. Machine hours.

 

28. Which of the following has the weakest linkage between activity and cost driver?
  

  Activity Cost Driver
A) Machine setup Number of setups
B) Machine maintenance Machine hours
C) Lighting on shop floor Number of kilowatt-hours
D) Quality control Square feet of floor space
E) Materials Handling Weight of materials in process

 

A. Option A 
B. Option B 
C. Option C 
D. Option D 
E. Option E 

 

29. A volume-based rate is an appropriate overhead application base when:

A. Several well-differentiated products are manufactured. 
B. Direct labor costs are large. 
C. Direct material costs are large relative to direct labor costs incurred. 
D. Only one product is manufactured. 
E. Manufacturing is process-based. 

 

30. Which of the following would likely be the most appropriate cost driver of electric power used by machines?

A. Number of units.
B. Machine size.
C. Number of machine hours.
D. Number of production runs.
E. Purchase cost of machines.

 

31. Using a volume-based overhead rate based on machine hours to assign manufacturing overhead to a product line that uses relatively few machine hours is likely to:

A. Overapply overhead to the product line.
B. Underapply overhead to the product line.
C. Understate direct labor costs.
D. Overstate direct labor costs.
E. Either over- or under-apply overhead to the product line depending on many other factors.

 

32. Which of the following is an example of a high-value-added activity?

A. Shipping the customer’s order.
B. Scheduling the customer order for production.
C. Inspecting goods to ensure the right quantity is being shipped.
D. E-mailing a customer to assure that a complaint will be resolved expeditiously.
E. More than one of these answer choices is a high-value-added activity.

 

33. Engineering change orders, maintenance of equipment used in manufacturing, and product design costs are examples of:

A. Unit costs.
B. Batch costs.
C. Product-level costs.
D. Facility-level costs.
E. Unit, batch, and customer-sustaining costs, respectively.

 

34. In an activity-based costing system, overhead costs are divided into separate:

A. Cost objects.
B. Activity cost pools.
C. Resource consumption and activity consumption cost drivers.
D. Product-line cost pools.
E. Plantwide or departmental cost pools.

 

35. Which of the following would likely be the most appropriate cost driver to allocate machine set-up costs to products?

A. Machine hours.
B. Direct labor hours.
C. Number of production runs.
D. Number of products.
E. Number of purchase orders.

 

36. A firm has many products, some produced in an automated production process and some produced in a manual production process. Using direct labor hours to assign manufacturing overhead to a product manufactured with a highly automated process is likely to:

A. Overstate overhead of the product.
B. Understate overhead of the product.
C. Overapply overhead to the period.
D. Underapply overhead to the period.
E. Have no effect on overhead of the product.

 

37. Activity-based costing for manufacturing operations is used to assign:

A. Direct material and direct labor costs to products.
B. Direct labor and manufacturing overhead costs to products.
C. Manufacturing overhead costs to products.
D. Selling and general administrative overhead costs to products.
E. Selling and general administrative overhead and manufacturing overhead costs to products.

 

38. The use of activity-based costing is most appropriate for:

A. Firms that manufacture multiple product lines.
B. Firms that have very low manufacturing overhead costs relative to other costs of production.
C. Firms with high levels of production activity.
D. Firms that are labor intensive.
E. Firms that manufacture a small number of product lines.

 

39. Which of the following is a benefit of activity-based costing?

A. Reduced overhead costs.
B. More accurate measures of production volume.
C. Facilitate better product pricing decisions.
D. Having fewer cost drivers than volume-based costing systems.
E. More streamlined manufacturing processes.

 

40. Which of the following is not normally associated with activity-based costing?

A. Activity cost pools.
B. Multiple cost drivers.
C. Reduction of non-value-adding costs.
D. High direct labor costs relative to manufacturing overhead costs.
E. Improved decision-making and pricing.

 

41. Which of the following is not considered a benefit of activity-based costing?

A. Decreased production activity levels.
B. Improved understanding of cost of capacity.
C. A better understanding of processes.
D. Improved planning.
E. Improved strategic decisions.

 

42. Which of the following would be the most appropriate cost driver to allocate factory electricity costs to products?

A. Machinery depreciation expense.
B. Machinery maintenance work orders.
C. Machinery down-time.
D. Machine hours.
E. Machine productivity.

 

43. Which of the following activity cost pools would most likely be allocated based on the number of production runs?

A. Machinery set-up costs.
B. Raw materials warehousing costs.
C. Factory heating costs.
D. Factory janitorial costs.
E. Indirect labor costs.

 

44. Which of the following is most likely to be the cost driver for the packaging and shipping activity?

A. Number of setups.
B. Number of components.
C. Number of orders.
D. Hours of testing.
E. Number of production runs.

 

45. Activity-based costing systems:

A. Accumulate overhead costs by departments.
B. Are less complex and therefore less costly than volume-based systems.
C. Can be used in manufacturing firms only.
D. Have separate overhead rates for each activity.
E. Eliminate multiple-stage cost allocation.

 

46. Which of the following is not true regarding activity-based costing (ABC) systems?

A. ABC can provide more accurate product costs.
B. ABC identifies more costs as indirect costs than do traditional volume-based systems.
C. ABC is likely to be more time-consuming than volume-based systems.
D. ABC is used in both manufacturing and non-manufacturing companies.
E. ABC is likely to have more overhead rates than volume-based systems.

 

47. All of the following are low-value-added activities except:

A. Processing.
B. Reworking.
C. Moving.
D. Inspection.
E. Warranty service.

 

48. Which of the following cost pools are used to classify costs under activity-based costing?
  

  Unit Batch Product Facility
A) Yes Yes Yes No
B) Yes Yes Yes Yes
C) No Yes Yes No
D) Yes No Yes Yes
E) Yes Yes No No

 

A. Option A 
B. Option B 
C. Option C 
D. Option D 
E. Option E 

 

49. Purchase order, set-up, and inspection costs are examples of:

A. Unit-level costs.
B. Batch-level costs.
C. Product-level costs.
D. Facility-level costs.
E. Department-level costs.

 

50. Which of the following would not be considered a facility-level activity?

A. Providing security for the plant.
B. Factory property taxes and insurance.
C. Closing the books each month.
D. Placing purchase orders.

 

51. Costs at the unit-level of activity should be allocated to products using cost drivers that are:

A. Customer-oriented.
B. Design-related.
C. Volume-related.
D. Product-related.
E. Order-related.

 

52. If a costing system uses a single base to allocate overhead costs that are results of several production activities:

A. Products that use relatively more of this base tend to be undercosted.
B. Products that use relatively less of this base tend to be overcosted.
C. Products that use relatively more of this base tend to be overcosted.
D. Products may be over- or under-costed, depending on the activity level.
E. Products may be over- or under-costed, depending on the overhead rate.

 

53. Procurement costs such as costs of placing orders for materials and paying suppliers are usually classified as:

A. Output-unit-level costs.
B. Batch-level costs.
C. Product-level costs.
D. Facility-level costs.
E. Vendor costs.

 

54. The cost of sales visits is a:

A. Customer unit-level cost.
B. Customer batch-level cost.
C. Customer-sustaining cost.
D. Distribution-channel cost.
E. Sales-sustaining cost.

 

55. Freight charges based on number of units shipped to customers is a:

A. Customer unit-level cost.
B. Customer batch-level cost.
C. Customer-sustaining cost.
D. Distribution-channel cost.
E. Sales-level cost.

 

56. Processing sales returns and allowances is usually classified as a:

A. Customer unit-level cost.
B. Customer batch-level cost.
C. Customer-sustaining cost.
D. Distribution-channel cost.
E. Sales-level cost.

 

57. Invoicing cost is an example of a:

A. Customer unit-level cost.
B. Customer batch-level cost.
C. Customer-sustaining cost.
D. Distribution-channel cost.
E. Sales-level cost.

 

58. The cost to process monthly statements is an example of a:

A. Customer unit-level cost.
B. Customer batch-level cost.
C. Customer-sustaining cost.
D. Distribution-channel cost.
E. Sales-level cost.

 

59. The costs of operating a regional warehouse is an example of a:

A. Customer unit-level cost.
B. Customer batch-level cost.
C. Customer-sustaining cost.
D. Distribution-channel cost.
E. Sales-level cost.

 

60. General corporate sales expenditures are:

A. Customer unit-level costs.
B. Customer batch-level costs.
C. Customer-sustaining costs.
D. Distribution-channel costs.
E. Sales-sustaining costs.

 

61. The general sales manager’s salary is an example of a:

A. Customer unit-level cost.
B. Customer batch-level cost.
C. Customer-sustaining cost.
D. Distribution-channel cost.
E. Sales-sustaining cost.

 

62. Which of the following is a description of categorizing related customer costs into cost pools on the basis of cost drivers?

A. Customer revenue analysis.
B. Customer cost analysis.
C. Customer profitability analysis.
D. Customer value assessment.
E. Customer equity analysis.

 

63. Wings Co. budgeted $555,600 manufacturing direct wages, 2,315 direct labor hours, and had the following manufacturing overhead:
  

Overhead Cost Pool Budgeted Overhead Cost Budgeted Level for Cost Driver Overhead Cost Driver
Materials handling $160,000 3,200 pounds Weight of materials
Machine setup 13,200 390 setups Number of setups
Machine repair 1,380 30,000 machine hours Machine hours
Inspections 10,560 160 inspections Number of inspections

 Requirements for Job #971 which manufactured 4 units of product:
  

Direct labor 20 hours
Direct materials 130 pounds
Machine setup 30 setups
Machine hours 15,000 machine hours
Inspections 15 inspections

 If Wings uses a volume-based overhead rate based on direct labor hours, the manufacturing overhead for Job #971 is:

A. $990. 
B. $1,020. 
C. $1,600. 
D. $3,460. 
E. $6,400. 

 

64. Wings Co. budgeted $555,600 manufacturing direct wages, 2,315 direct labor hours, and had the following manufacturing overhead:
  

Overhead Cost Pool Budgeted Overhead Cost Budgeted Level for Cost Driver Overhead Cost Driver
Materials handling $160,000 3,200 pounds Weight of materials
Machine setup 13,200 390 setups Number of setups
Machine repair 1,380 30,000 machine hours Machine hours
Inspections 10,560 160 inspections Number of inspections

 Requirements for Job #971 which manufactured 4 units of product:
  

Direct labor 20 hours
Direct materials 130 pounds
Machine setup 30 setups
Machine hours 15,000 machine hours
Inspections 15 inspections

 Using ABC, the materials handling overhead cost assigned to Job #971 is:

A. $2,300. 
B. $990. 
C. $6,500. 
D. $690. 
E. $1,020. 

 

65. Wings Co. budgeted $555,600 manufacturing direct wages, 2,315 direct labor hours, and had the following manufacturing overhead:
  

Overhead Cost Pool Budgeted Overhead Cost Budgeted Level for Cost Driver Overhead Cost Driver
Materials handling $160,000 3,200 pounds Weight of materials
Machine setup 13,200 390 setups Number of setups
Machine repair 1,380 30,000 machine hours Machine hours
Inspections 10,560 160 inspections Number of inspections

 Requirements for Job #971 which manufactured 4 units of product:
  

Direct labor 20 hours
Direct materials 130 pounds
Machine setup 30 setups
Machine hours 15,000 machine hours
Inspections 15 inspections

 Using ABC, overhead cost assigned to Job #971 for machine setup is:

A. $2,300. 
B. $990. 
C. $6,500. 
D. $690. 
E. $1,020. 

 

66. Wings Co. budgeted $555,600 manufacturing direct wages, 2,315 direct labor hours, and had the following manufacturing overhead:
  

Overhead Cost Pool Budgeted Overhead Cost Budgeted Level for Cost Driver Overhead Cost Driver
Materials handling $160,000 3,200 pounds Weight of materials
Machine setup 13,200 390 setups Number of setups
Machine repair 1,380 30,000 machine hours Machine hours
Inspections 10,560 160 inspections Number of inspections

 Requirements for Job #971 which manufactured 4 units of product:
  

Direct labor 20 hours
Direct materials 130 pounds
Machine setup 30 setups
Machine hours 15,000 machine hours
Inspections 15 inspections

 Using ABC, overhead cost assigned to Job #971 for machine repair is:

A. $2,300. 
B. $990. 
C. $6,500. 
D. $690. 
E. $1,020. 

 

67. Wings Co. budgeted $555,600 manufacturing direct wages, 2,315 direct labor hours, and had the following manufacturing overhead:
  

Overhead Cost Pool Budgeted Overhead Cost Budgeted Level for Cost Driver Overhead Cost Driver
Materials handling $160,000 3,200 pounds Weight of materials
Machine setup 13,200 390 setups Number of setups
Machine repair 1,380 30,000 machine hours Machine hours
Inspections 10,560 160 inspections Number of inspections

 Requirements for Job #971 which manufactured 4 units of product:
  

Direct labor 20 hours
Direct materials 130 pounds
Machine setup 30 setups
Machine hours 15,000 machine hours
Inspections 15 inspections

 Using ABC, overhead cost assigned to Job #971 for inspections is:

A. $2,300. 
B. $990. 
C. $6,500. 
D. $690. 
E. $1,020. 

 

68. Wings Co. budgeted $555,600 manufacturing direct wages, 2,315 direct labor hours, and had the following manufacturing overhead:
  

Overhead Cost Pool Budgeted Overhead Cost Budgeted Level for Cost Driver Overhead Cost Driver
Materials handling $160,000 3,200 pounds Weight of materials
Machine setup 13,200 390 setups Number of setups
Machine repair 1,380 30,000 machine hours Machine hours
Inspections 10,560 160 inspections Number of inspections

 Requirements for Job #971 which manufactured 4 units of product:
  

Direct labor 20 hours
Direct materials 130 pounds
Machine setup 30 setups
Machine hours 15,000 machine hours
Inspections 15 inspections

 The total overhead of Job #971 under the ABC costing is:

A. $95. 
B. $380. 
C. $1,520. 
D. $2,300. 
E. $9,200. 

 

69. National Inc. manufactures two models of CMD that can be used as cell phones, MPX, and digital camcorders.
  

Model Annual Sales in Units
High F 10,000
Great P 16,000

 National uses a volume-based costing system to apply factory overhead based on direct labor dollars. The unit prime costs of each product were as follows:
  

  High F Great P
Direct materials $38.00 $25.40
Direct labor $17.52 $13.14

 

Budget factory overhead:    
Engineering and Design 2,409 engineering hours $404,712
Quality Control 12,848 inspection hours 269,808
Machinery 33,726 machine hours 539,616
Miscellaneous Overhead 26,400 direct labor hours    134,904
Total   $1,349,040

 National’s controller had been researching activity-based costing and decided to switch to it. A special study determined National’s two products have the following budgeted activities:
  

  High F Great P
Engineering and design hours 969 1,440
Quality control inspection hours 5,648 7,200
Machine hours 20,286 13,440
Labor hours 12,000 14,400

 What is the overhead application rate using the firm’s volume-based costing system (rounded to the nearest percent or cents)?

A. 350 percent of direct labor cost. 
B. $51.89 per direct labor-hour. 
C. 68 per cent of direct labor cost. 
D. 5,189 percent of direct labor cost. 
E. 5,110 percent of direct labor cost. 

 

70. National Inc. manufactures two models of CMD that can be used as cell phones, MPX, and digital camcorders.
  

Model Annual Sales in Units
High F 10,000
Great P 16,000

 National uses a volume-based costing system to apply factory overhead based on direct labor dollars. The unit prime costs of each product were as follows:
  

  High F Great P
Direct materials $38.00 $25.40
Direct labor $17.52 $13.14

 

Budget factory overhead:    
Engineering and Design 2,409 engineering hours $404,712
Quality Control 12,848 inspection hours 269,808
Machinery 33,726 machine hours 539,616
Miscellaneous Overhead 26,400 direct labor hours    134,904
Total   $1,349,040

 National’s controller had been researching activity-based costing and decided to switch to it. A special study determined National’s two products have the following budgeted activities:
  

  High F Great P
Engineering and design hours 969 1,440
Quality control inspection hours 5,648 7,200
Machine hours 20,286 13,440
Labor hours 12,000 14,400

 Using the firm’s volume-based costing, applied factory overhead per unit for the High F model is (rounded to the nearest cent):

A. $61.32. 
B. $65.43. 
C. $43.42. 
D. $45.99. 
E. $54.04. 

 

71. National Inc. manufactures two models of CMD that can be used as cell phones, MPX, and digital camcorders.
  

Model Annual Sales in Units
High F 10,000
Great P 16,000

 National uses a volume-based costing system to apply factory overhead based on direct labor dollars. The unit prime costs of each product were as follows:
   

  High F Great P
Direct materials $38.00 $25.40
Direct labor $17.52 $13.14

 

Budget factory overhead:    
Engineering and Design 2,409 engineering hours $404,712
Quality Control 12,848 inspection hours 269,808
Machinery 33,726 machine hours 539,616
Miscellaneous Overhead 26,400 direct labor hours    134,904
Total   $1,349,040

 National’s controller had been researching activity-based costing and decided to switch to it. A special study determined National’s two products have the following budgeted activities:
  

  High F Great P
Engineering and design hours 969 1,440
Quality control inspection hours 5,648 7,200
Machine hours 20,286 13,440
Labor hours 12,000 14,400

 Using the firm’s volume- based costing, applied factory overhead per unit for the Great P model is (rounded to the nearest cent):

A. $61.32. 
B. $65.43. 
C. $43.42. 
D. $45.99. 
E. $54.04. 

 

72. National Inc. manufactures two models of CMD that can be used as cell phones, MPX, and digital camcorders.
  

Model Annual Sales in Units
High F 10,000
Great P 16,000

 National uses a volume-based costing system to apply factory overhead based on direct labor dollars. The unit prime costs of each product were as follows:
  

  High F Great P
Direct materials $38.00 $25.40
Direct labor $17.52 $13.14

 

Budget factory overhead:    
Engineering and Design 2,409 engineering hours $404,712
Quality Control 12,848 inspection hours 269,808
Machinery 33,726 machine hours 539,616
Miscellaneous Overhead 26,400 direct labor hours    134,904
Total   $1,349,040

 National’s controller had been researching activity-based costing and decided to switch to it. A special study determined National’s two products have the following budgeted activities:
  

  High F Great P
Engineering and design hours 969 1,440
Quality control inspection hours 5,648 7,200
Machine hours 20,286 13,440
Labor hours 12,000 14,400

 Using activity-based costing, applied engineering and design factory overhead for the High F model per unit is (rounded to the nearest cent):

A. $6.13. 
B. $11.86. 
C. $16.28. 
D. $32.46. 
E. $66.73. 

 

73. National Inc. manufactures two models of CMD that can be used as cell phones, MPX, and digital camcorders.
  

Model Annual Sales in Units
High F 10,000
Great P 16,000

 National uses a volume-based costing system to apply factory overhead based on direct labor dollars. The unit prime costs of each product were as follows:
   

  High F Great P
Direct materials $38.00 $25.40
Direct labor $17.52 $13.14

 

Budget factory overhead:    
Engineering and Design 2,409 engineering hours $404,712
Quality Control 12,848 inspection hours 269,808
Machinery 33,726 machine hours 539,616
Miscellaneous Overhead 26,400 direct labor hours    134,904
Total   $1,349,040

 National’s controller had been researching activity-based costing and decided to switch to it. A special study determined National’s two products have the following budgeted activities:
  

  High F Great P
Engineering and design hours 969 1,440
Quality control inspection hours 5,648 7,200
Machine hours 20,286 13,440
Labor hours 12,000 14,400

 Using activity-based costing, applied quality control factory overhead for the High F model per unit is (rounded to the nearest cent):

A. $6.13. 
B. $11.86. 
C. $16.28. 
D. $32.46. 
E. $66.73. 

 

74. National Inc. manufactures two models of CMD that can be used as cell phones, MPX, and digital camcorders.
  

Model Annual Sales in Units
High F 10,000
Great P 16,000

 National uses a volume-based costing system to apply factory overhead based on direct labor dollars. The unit prime costs of each product were as follows:
  

  High F Great P
Direct materials $38.00 $25.40
Direct labor $17.52 $13.14

 

Budget factory overhead:    
Engineering and Design 2,409 engineering hours $404,712
Quality Control 12,848 inspection hours 269,808
Machinery 33,726 machine hours 539,616
Miscellaneous Overhead 26,400 direct labor hours    134,904
Total   $1,349,040

 National’s controller had been researching activity-based costing and decided to switch to it. A special study determined National’s two products have the following budgeted activities:
  

  High F Great P
Engineering and design hours 969 1,440
Quality control inspection hours 5,648 7,200
Machine hours 20,286 13,440
Labor hours 12,000 14,400

 Using activity-based costing, applied machinery overhead for the High F model per unit is (rounded to the nearest cent):

A. $6.13. 
B. $11.86. 
C. $16.28. 
D. $32.46. 
E. $66.73. 

 

75. National Inc. manufactures two models of CMD that can be used as cell phones, MPX, and digital camcorders.
  

Model Annual Sales in Units
High F 10,000
Great P 16,000

 National uses a volume-based costing system to apply factory overhead based on direct labor dollars. The unit prime costs of each product were as follows:
  

  High F Great P
Direct materials $38.00 $25.40
Direct labor $17.52 $13.14

 

Budget factory overhead:    
Engineering and Design 2,409 engineering hours $404,712
Quality Control 12,848 inspection hours 269,808
Machinery 33,726 machine hours 539,616
Miscellaneous Overhead 26,400 direct labor hours    134,904
Total   $1,349,040

 National’s controller had been researching activity-based costing and decided to switch to it. A special study determined National’s two products have the following budgeted activities:
  

  High F Great P
Engineering and design hours 969 1,440
Quality control inspection hours 5,648 7,200
Machine hours 20,286 13,440
Labor hours 12,000 14,400

 Using activity-based costing, applied miscellaneous overhead for the High F model per unit is (rounded to the nearest cent):

A. $6.13. 
B. $11.86. 
C. $16.28. 
D. $32.36. 
E. $66.73. 

 

76. National Inc. manufactures two models of CMD that can be used as cell phones, MPX, and digital camcorders.
  

Model Annual Sales in Units
High F 10,000
Great P 16,000

 National uses a volume-based costing system to apply factory overhead based on direct labor dollars. The unit prime costs of each product were as follows:
  

  High F Great P
Direct materials $38.00 $25.40
Direct labor $17.52 $13.14

 

Budget factory overhead:    
Engineering and Design 2,409 engineering hours $404,712
Quality Control 12,848 inspection hours 269,808
Machinery 33,726 machine hours 539,616
Miscellaneous Overhead 26,400 direct labor hours    134,904
Total   $1,349,040

 National’s controller had been researching activity-based costing and decided to switch to it. A special study determined National’s two products have the following budgeted activities:
  

  High F Great P
Engineering and design hours 969 1,440
Quality control inspection hours 5,648 7,200
Machine hours 20,286 13,440
Labor hours 12,000 14,400

 Using activity-based costing, total overhead per unit of the High F model is (rounded to the nearest cent):

A. $42.61. 
B. $45.99. 
C. $61.32. 
D. $66.73. 
E. $168.00. 

 

77. National Inc. manufactures two models of CMD that can be used as cell phones, MPX, and digital camcorders.
  

Model Annual Sales in Units
High F 10,000
Great P 16,000

 National uses a volume-based costing system to apply factory overhead based on direct labor dollars. The unit prime costs of each product were as follows:
  

  High F Great P
Direct materials $38.00 $25.40
Direct labor $17.52 $13.14

 

Budget factory overhead:    
Engineering and Design 2,409 engineering hours $404,712
Quality Control 12,848 inspection hours 269,808
Machinery 33,726 machine hours 539,616
Miscellaneous Overhead 26,400 direct labor hours    134,904
Total   $1,349,040

 National’s controller had been researching activity-based costing and decided to switch to it. A special study determined National’s two products have the following budgeted activities:
  

  High F Great P
Engineering and design hours 969 1,440
Quality control inspection hours 5,648 7,200
Machine hours 20,286 13,440
Labor hours 12,000 14,400

 Using activity-based costing, applied engineering and design factory overhead for the Great P model per unit is (rounded to the nearest cent):

A. $4.60. 
B. $9.45. 
C. $13.44. 
D. $15.12. 
E. $42.61. 

 

78. National Inc. manufactures two models of CMD that can be used as cell phones, MPX, and digital camcorders.
  

Model Annual Sales in Units
High F 10,000
Great P 16,000

 National uses a volume-based costing system to apply factory overhead based on direct labor dollars. The unit prime costs of each product were as follows:
  

  High F Great P
Direct materials $38.00 $25.40
Direct labor $17.52 $13.14

 

Budget factory overhead:    
Engineering and Design 2,409 engineering hours $404,712
Quality Control 12,848 inspection hours 269,808
Machinery 33,726 machine hours 539,616
Miscellaneous Overhead 26,400 direct labor hours    134,904
Total   $1,349,040

 National’s controller had been researching activity-based costing and decided to switch to it. A special study determined National’s two products have the following budgeted activities:
  

  High F Great P
Engineering and design hours 969 1,440
Quality control inspection hours 5,648 7,200
Machine hours 20,286 13,440
Labor hours 12,000 14,400

 Using activity-based costing, applied quality control factory overhead for the Great P model per unit is (rounded to the nearest cent):

A. $4.60. 
B. $9.45. 
C. $13.44. 
D. $15.12. 
E. $42.61. 

 

79. National Inc. manufactures two models of CMD that can be used as cell phones, MPX, and digital camcorders.
  

Model Annual Sales in Units
High F 10,000
Great P 16,000

 National uses a volume-based costing system to apply factory overhead based on direct labor dollars. The unit prime costs of each product were as follows:
  

  High F Great P
Direct materials $38.00 $25.40
Direct labor $17.52 $13.14

 

Budget factory overhead:    
Engineering and Design 2,409 engineering hours $404,712
Quality Control 12,848 inspection hours 269,808
Machinery 33,726 machine hours 539,616
Miscellaneous Overhead 26,400 direct labor hours    134,904
Total   $1,349,040

 National’s controller had been researching activity-based costing and decided to switch to it. A special study determined National’s two products have the following budgeted activities:
  

  High F Great P
Engineering and design hours 969 1,440
Quality control inspection hours 5,648 7,200
Machine hours 20,286 13,440
Labor hours 12,000 14,400

 Using activity-based costing, applied machinery overhead for the Great P model per unit is (rounded to the nearest cent):

A. $4.60. 
B. $9.45. 
C. $13.44. 
D. $15.12. 
E. $42.61. 

 

80. National Inc. manufactures two models of CMD that can be used as cell phones, MPX, and digital camcorders.
  

Model Annual Sales in Units
High F 10,000
Great P 16,000

 National uses a volume-based costing system to apply factory overhead based on direct labor dollars. The unit prime costs of each product were as follows:
  

  High F Great P
Direct materials $38.00 $25.40
Direct labor $17.52 $13.14

 

Budget factory overhead:    
Engineering and Design 2,409 engineering hours $404,712
Quality Control 12,848 inspection hours 269,808
Machinery 33,726 machine hours 539,616
Miscellaneous Overhead 26,400 direct labor hours    134,904
Total   $1,349,040

 National’s controller had been researching activity-based costing and decided to switch to it. A special study determined National’s two products have the following budgeted activities:
  

  High F Great P
Engineering and design hours 969 1,440
Quality control inspection hours 5,648 7,200
Machine hours 20,286 13,440
Labor hours 12,000 14,400

 Using activity-based costing, applied miscellaneous overhead for the Great P model per unit is (rounded to the nearest cent):

A. $4.60. 
B. $9.45. 
C. $13.44. 
D. $15.12. 
E. $42.61. 

 

81. National Inc. manufactures two models of CMD that can be used as cell phones, MPX, and digital camcorders.
  

Model Annual Sales in Units
High F 10,000
Great P 16,000

 National uses a volume-based costing system to apply factory overhead based on direct labor dollars. The unit prime costs of each product were as follows:
  

  High F Great P
Direct materials $38.00 $25.40
Direct labor $17.52 $13.14

 

Budget factory overhead:    
Engineering and Design 2,409 engineering hours $404,712
Quality Control 12,848 inspection hours 269,808
Machinery 33,726 machine hours 539,616
Miscellaneous Overhead 26,400 direct labor hours    134,904
Total   $1,349,040

 National’s controller had been researching activity-based costing and decided to switch to it. A special study determined National’s two products have the following budgeted activities:
  

  High F Great P
Engineering and design hours 969 1,440
Quality control inspection hours 5,648 7,200
Machine hours 20,286 13,440
Labor hours 12,000 14,400

 Using activity-based costing, total overhead per unit of Great P model is (rounded to the nearest cent):

A. $42.61. 
B. $45.99. 
C. $61.32. 
D. $66.73. 
E. $168.00. 

 

82. Sheen Co. manufacturers laser printers. It has outlined the following overhead cost drivers:
  

Overhead Costs Pool Cost Driver Overhead Cost Budgeted Level for Cost Driver
Quality control Number of inspections $64,800 1,080
Machine operation Machine hours 132,000 1,100
Materials handling Number of batches 900 30
Miscellaneous overhead cost Direct labor hours 48,000 4,000

 Sheen Co. has an order for 1,000 laser printers that has the following production requirements:
  

Number of inspections 175
Machine hours 180
Number of batches 5
Direct labor hours 650

 Using activity-based costing, applied quality control factory overhead for the 1,000 laser printers order is:

A. $7,800. 
B. $10,000. 
C. $10,500. 
D. $150. 
E. $21,600. 

 

83. Sheen Co. manufacturers laser printers. It has outlined the following overhead cost drivers:
  

Overhead Costs Pool Cost Driver Overhead Cost Budgeted Level for Cost Driver
Quality control Number of inspections $64,800 1,080
Machine operation Machine hours 132,000 1,100
Materials handling Number of batches 900 30
Miscellaneous overhead cost Direct labor hours 48,000 4,000

 Sheen Co. has an order for 1,000 laser printers that has the following production requirements:
  

Number of inspections 175
Machine hours 180
Number of batches 5
Direct labor hours 650

 Using activity-based costing, applied machine repetition overhead for the 1,000 laser printers order is:

A. $7,800. 
B. $10,000. 
C. $10,500. 
D. $150. 
E. $21,600. 

 

84. Sheen Co. manufacturers laser printers. It has outlined the following overhead cost drivers:
  

Overhead Costs Pool Cost Driver Overhead Cost Budgeted Level for Cost Driver
Quality control Number of inspections $64,800 1,080
Machine operation Machine hours 132,000 1,100
Materials handling Number of batches 900 30
Miscellaneous overhead cost Direct labor hours 48,000 4,000

 Sheen Co. has an order for 1,000 laser printers that has the following production requirements:
  

Number of inspections 175
Machine hours 180
Number of batches 5
Direct labor hours 650

 Using activity-based costing, applied materials handling factory overhead for the 1,000 laser printers order is:

A. $7,800. 
B. $10,000. 
C. $10,500. 
D. $150. 
E. $21,600. 

 

85. Sheen Co. manufacturers laser printers. It has outlined the following overhead cost drivers:
  

Overhead Costs Pool Cost Driver Overhead Cost Budgeted Level for Cost Driver
Quality control Number of inspections $64,800 1,080
Machine operation Machine hours 132,000 1,100
Materials handling Number of batches 900 30
Miscellaneous overhead cost Direct labor hours 48,000 4,000

 Sheen Co. has an order for 1,000 laser printers that has the following production requirements:
  

Number of inspections 175
Machine hours 180
Number of batches 5
Direct labor hours 650

 Using activity-based costing, applied miscellaneous factory overhead for the 1,000 laser printers order based on direct labor hours is:

A. $7,800. 
B. $10,000. 
C. $10,500. 
D. $150. 
E. $21,600. 

 

86. Sheen Co. manufacturers laser printers. It has outlined the following overhead cost drivers:
  

Overhead Costs Pool Cost Driver Overhead Cost Budgeted Level for Cost Driver
Quality control Number of inspections $64,800 1,080
Machine operation Machine hours 132,000 1,100
Materials handling Number of batches 900 30
Miscellaneous overhead cost Direct labor hours 48,000 4,000

 Sheen Co. has an order for 1,000 laser printers that has the following production requirements:
  

Number of inspections 175
Machine hours 180
Number of batches 5
Direct labor hours 650

 What is the total overhead cost per unit of the laser printers order using activity-based costing (rounded to the nearest cent)?

A. $39.55. 
B. $40.05. 
C. $42.25. 
D. $50.65. 
E. $58.30. 

 

87. Diamond Cleats Co. manufactures cleats for baseball shoes. It has outlined the following overhead cost drivers:
  

Overhead Cost Pool Cost Driver Overhead Cost Budgeted Level for Cost Driver Budgeted
Quality Control # of inspections $78,000 1,200
Machine Time Machine hours 188,000 800
Materials Handling # of Batches 1,200 50
Miscellaneous Overhead Cost Direct labor hours 59,000 5,000

 Diamond Cleats Co. has an order for cleats that has the following production requirements:
  

Number of Inspections 375
Number of Machine hours 220
Number of Batches 8
Direct Labor Hours 840

 Using activity-based costing, applied quality control factory overhead for the baseball cleat order is:

A. $28,450. 
B. $30,220. 
C. $24,375. 
D. $21,150. 
E. $19,600. 

 

88. Diamond Cleats Co. manufactures cleats for baseball shoes. It has outlined the following overhead cost drivers:
  

Overhead Cost Pool Cost Driver Overhead Cost Budgeted Level for Cost Driver Budgeted
Quality Control # of inspections $78,000 1,200
Machine Time Machine hours 188,000 800
Materials Handling # of Batches 1,200 50
Miscellaneous Overhead Cost Direct labor hours 59,000 5,000

 Diamond Cleats Co. has an order for cleats that has the following production requirements:
  

Number of Inspections 375
Number of Machine hours 220
Number of Batches 8
Direct Labor Hours 840

 Using activity-based costing, applied machine overhead for the baseball cleat order is:

A. $47,800. 
B. $55,300. 
C. $40,500. 
D. $59,150. 
E. $51,700. 

 

89. Diamond Cleats Co. manufactures cleats for baseball shoes. It has outlined the following overhead cost drivers:
  

Overhead Cost Pool Cost Driver Overhead Cost Budgeted Level for Cost Driver Budgeted
Quality Control # of inspections $78,000 1,200
Machine Time Machine hours 188,000 800
Materials Handling # of Batches 1,200 50
Miscellaneous Overhead Cost Direct labor hours 59,000 5,000

 Diamond Cleats Co. has an order for cleats that has the following production requirements:
  

Number of Inspections 375
Number of Machine hours 220
Number of Batches 8
Direct Labor Hours 840

 Using activity-based costing, applied materials handling factory overhead for the baseball cleat order is:

A. $338. 
B. $584. 
C. $192. 
D. $353. 
E. $686. 

 

90. Diamond Cleats Co. manufactures cleats for baseball shoes. It has outlined the following overhead cost drivers:
  

Overhead Cost Pool Cost Driver Overhead Cost Budgeted Level for Cost Driver Budgeted
Quality Control # of inspections $78,000 1,200
Machine Time Machine hours 188,000 800
Materials Handling # of Batches 1,200 50
Miscellaneous Overhead Cost Direct labor hours 59,000 5,000

 Diamond Cleats Co. has an order for cleats that has the following production requirements:
  

Number of Inspections 375
Number of Machine hours 220
Number of Batches 8
Direct Labor Hours 840

 Using activity-based costing, applied miscellaneous factory overhead for the baseball cleat order based on direct labor hours is:

A. $8,745. 
B. $10,312. 
C. $10,489. 
D. $9,912. 
E. $8,456. 

 

91. Diamond Cleats Co. manufactures cleats for baseball shoes. It has outlined the following overhead cost drivers:
  

Overhead Cost Pool Cost Driver Overhead Cost Budgeted Level for Cost Driver Budgeted
Quality Control # of inspections $78,000 1,200
Machine Time Machine hours 188,000 800
Materials Handling # of Batches 1,200 50
Miscellaneous Overhead Cost Direct labor hours 59,000 5,000

 Diamond Cleats Co. has an order for cleats that has the following production requirements:
  

Number of Inspections 375
Number of Machine hours 220
Number of Batches 8
Direct Labor Hours 840

 ABC costing helps an organization implement its strategy through all of the following means except:

A. Providing accurate cost information. 
B. Identifying the most profitable products and customers. 
C. Helping improve cycle time. 
D. Identifying value added and non-value added activities. 
E. Providing a basis for effective utilization of capacity. 

 

92. If Activity X had a budgeted cost of $125,000 and a budgeted activity consumption of 10,000 engineering hours, what would the activity consumption rate be?

A. $10 per hour. 
B. $12.50 per hour. 
C. $0.08 per hour. 
D. 0.10 per hour. 

 

93. Customer lifetime value is a type of analysis used to:

A. Assess the ethical practices of each salesperson-customer relationship.
B. Assess the current profit potential of a customer.
C. Assess the long term profit potential of a customer.
D. Assess the current profit potential of all the firm’s customers.
E. Assess the long term profit potential of all the firm’s customers.

 

94. The cost of unused capacity can be determined using ABC costing for the purpose of:

A. Determining more accurately the ABC costs.
B. Helping managers plan the short and longer-term use of the operating resources.
C. Determining product profitability.
D. Completing an effective activity analysis.
E. All of these answer choices are correct.

 

95. Multistage ABC is used when:

A. There are many departments in the organization.
B. Management wants a higher level of accuracy from the ABC calculations.
C. There are complex relationships among the activities.
D. To simplify the ABC calculations.
E. There is no such thing as Multistage ABC.

 

96. An adaptation of ABC costing that simplifies ABC by assigning resource costs directly to cost objects is called:

A. Activity analysis.
B. Multistage ABC.
C. Time-Driven ABC.
D. Resource Consumption Accounting.
E. Customer profitability analysis.

 

97. The Time Equation is used in ABC to:

A. Track the implementation of the ABC system.
B. Assess the amount of time required for each activity, in determining the application rate.
C. Incorporate complexities in the application of ABC.
D. Plan for the implementation of an ABC system.
E. None of these answer choices are correct.

 

98. In the context of ABC, cross-subsidization refers to:

A. Production departments subsidizing each other.
B. Costing inaccuracies which affect the relative profitability of products.
C. Cross-selling products lines, which affect customer profitability.
D. Efforts to increased coordination among department heads.
E. None of these answer choices are correct.

 

99. Important concepts in resource consumption accounting include all of the following except:

A. Variable costing.
B. Resource interrelationships.
C. Activity interrelationships.
D. Detail level cost information.
E. Treatment of idle capacity.

 

100. Time-driven ABC provides a direct way to measure:

A. Production efficiency.
B. Unused capacity.
C. Product line profitability.
D. Value-adding activities.
E. Customer value.

 

101. Everlast Co. manufactures a variety of drill bits. The company’s plant is partially automated. The budget for the year includes $432,000 payroll for 4,800 direct labor-hours. Listed below is cost driver information used in the product-costing system:
  

Overhead Cost Pool Budgeted Overhead Cost Driver Estimated Cost Driver Level
Machine setups $120,000 # of setups 120 setups
Materials handling 104,400 # of barrels 8,700 barrels
Quality control 264,000 # of inspections 1,100 inspections
Other overhead cost  144,000 # of machine hours 12,000 machine hours
Total overhead $632,400    

 A current product order has the following requirements:
  

Machine setups 8 setups
Materials handling 606 barrels
Quality inspections 80 inspections
Machine hours 830 machine hours
Direct labor hour 336 hours

 What is the total manufacturing overhead for the current product order if the firm uses a plantwide rate based on direct labor-hours?

A. $9,960. 
B. $30,240. 
C. $43,741. 
D. $44,268. 
E. $109,352. 

 

102. Everlast Co. manufactures a variety of drill bits. The company’s plant is partially automated. The budget for the year includes $432,000 payroll for 4,800 direct labor-hours. Listed below is cost driver information used in the product-costing system:
  

Overhead Cost Pool Budgeted Overhead Cost Driver Estimated Cost Driver Level
Machine setups $120,000 # of setups 120 setups
Materials handling 104,400 # of barrels 8,700 barrels
Quality control 264,000 # of inspections 1,100 inspections
Other overhead cost  144,000 # of machine hours 12,000 machine hours
Total overhead $632,400    

 A current product order has the following requirements:
  

Machine setups 8 setups
Materials handling 606 barrels
Quality inspections 80 inspections
Machine hours 830 machine hours
Direct labor hour 336 hours

 What is the total manufacturing overhead for the current product order if the firm assigns overhead costs based on machine hours?

A. $9,960. 
B. $30,240. 
C. $43,741. 
D. $44,268. 
E. $109,352. 

 

103. Everlast Co. manufactures a variety of drill bits. The company’s plant is partially automated. The budget for the year includes $432,000 payroll for 4,800 direct labor-hours. Listed below is cost driver information used in the product-costing system:
  

Overhead Cost Pool Budgeted Overhead Cost Driver Estimated Cost Driver Level
Machine setups $120,000 # of setups 120 setups
Materials handling 104,400 # of barrels 8,700 barrels
Quality control 264,000 # of inspections 1,100 inspections
Other overhead cost  144,000 # of machine hours 12,000 machine hours
Total overhead $632,400    

 A current product order has the following requirements:
  

Machine setups 8 setups
Materials handling 606 barrels
Quality inspections 80 inspections
Machine hours 830 machine hours
Direct labor hour 336 hours

 Using ABC, how much machine setup overhead is assigned to the order?

A. $19,200. 
B. $8,000. 
C. $11,108. 
D. $9,960. 
E. $7,272. 

 

104. Everlast Co. manufactures a variety of drill bits. The company’s plant is partially automated. The budget for the year includes $432,000 payroll for 4,800 direct labor-hours. Listed below is cost driver information used in the product-costing system:
  

Overhead Cost Pool Budgeted Overhead Cost Driver Estimated Cost Driver Level
Machine setups $120,000 # of setups 120 setups
Materials handling 104,400 # of barrels 8,700 barrels
Quality control 264,000 # of inspections 1,100 inspections
Other overhead cost  144,000 # of machine hours 12,000 machine hours
Total overhead $632,400    

 A current product order has the following requirements:
  

Machine setups 8 setups
Materials handling 606 barrels
Quality inspections 80 inspections
Machine hours 830 machine hours
Direct labor hour 336 hours

 Using ABC, how much material handling overhead is assigned to the order?

A. $19,200. 
B. $8,000. 
C. $11,108. 
D. $9,960. 
E. $7,272. 

 

105. Everlast Co. manufactures a variety of drill bits. The company’s plant is partially automated. The budget for the year includes $432,000 payroll for 4,800 direct labor-hours. Listed below is cost driver information used in the product-costing system:
  

Overhead Cost Pool Budgeted Overhead Cost Driver Estimated Cost Driver Level
Machine setups $120,000 # of setups 120 setups
Materials handling 104,400 # of barrels 8,700 barrels
Quality control 264,000 # of inspections 1,100 inspections
Other overhead cost  144,000 # of machine hours 12,000 machine hours
Total overhead $632,400    

 A current product order has the following requirements:
  

Machine setups 8 setups
Materials handling 606 barrels
Quality inspections 80 inspections
Machine hours 830 machine hours
Direct labor hour 336 hours

 Using ABC, how much quality control overhead is assigned to the order?

A. $8,000. 
B. $9,960. 
C. $11,108. 
D. $19,200. 
E. $45,933. 

 

106. Everlast Co. manufactures a variety of drill bits. The company’s plant is partially automated. The budget for the year includes $432,000 payroll for 4,800 direct labor-hours. Listed below is cost driver information used in the product-costing system:
  

Overhead Cost Pool Budgeted Overhead Cost Driver Estimated Cost Driver Level
Machine setups $120,000 # of setups 120 setups
Materials handling 104,400 # of barrels 8,700 barrels
Quality control 264,000 # of inspections 1,100 inspections
Other overhead cost  144,000 # of machine hours 12,000 machine hours
Total overhead $632,400    

 A current product order has the following requirements:
  

Machine setups 8 setups
Materials handling 606 barrels
Quality inspections 80 inspections
Machine hours 830 machine hours
Direct labor hour 336 hours

 Using ABC, how much other overhead is assigned to the order?

A. $8,000. 
B. $9,960. 
C. $11,108. 
D. $19,200. 
E. $45,992. 

 

107. Everlast Co. manufactures a variety of drill bits. The company’s plant is partially automated. The budget for the year includes $432,000 payroll for 4,800 direct labor-hours. Listed below is cost driver information used in the product-costing system:
  

Overhead Cost Pool Budgeted Overhead Cost Driver Estimated Cost Driver Level
Machine setups $120,000 # of setups 120 setups
Materials handling 104,400 # of barrels 8,700 barrels
Quality control 264,000 # of inspections 1,100 inspections
Other overhead cost  144,000 # of machine hours 12,000 machine hours
Total overhead $632,400    

 A current product order has the following requirements:
  

Machine setups 8 setups
Materials handling 606 barrels
Quality inspections 80 inspections
Machine hours 830 machine hours
Direct labor hour 336 hours

 Using ABC, how much total overhead is assigned to the order?

A. $42,160. 
B. $43,740. 
C. $44,268. 
D. $44,432. 
E. $45,993. 

 

108. Shaver Co. manufactures a variety of electric razors for men and women. The company’s plant is partially automated. Listed below is cost driver information used in the product-costing system:
  

Overhead Cost Pool Budgeted Overhead Cost Budgeted Cost Driver Level Cost Driver
Machinery depreciation/maintenance $168,640 27,200 Machine hours
Factory depreciation/utilities/insurance 127,840 27,200 Machine hours
Product design 554,400 38,500 Hours in design
Material handling 1,078,000 134,750 Pounds of raw materials

 In addition, Shaver expects to spend $514,368 for 8,037 direct labor-hours. Two current product orders had the following requirements:
  

  Men’s Razors Women’s Razors
Units produced and sold 20,000 26,000
Direct labor hours 30 40
Pounds of raw materials 860 750
Hours in design 20 23
Machine hours 65 50

 What is the total manufacturing overhead assigned to the current order for Men’s Razors if the firm uses a volume-based plant wide overhead rate based on direct labor dollars?

A. $112.50. 
B. $150.00. 
C. $243.75. 
D. $7,200.00. 
E. $15,600.00. 

 

109. Shaver Co. manufactures a variety of electric razors for men and women. The company’s plant is partially automated. Listed below is cost driver information used in the product-costing system:
  

Overhead Cost Pool Budgeted Overhead Cost Budgeted Cost Driver Level Cost Driver
Machinery depreciation/maintenance $168,640 27,200 Machine hours
Factory depreciation/utilities/insurance 127,840 27,200 Machine hours
Product design 554,400 38,500 Hours in design
Material handling 1,078,000 134,750 Pounds of raw materials

 In addition, Shaver expects to spend $514,368 for 8,037 direct labor-hours. Two current product orders had the following requirements:
  

  Men’s Razors Women’s Razors
Units produced and sold 20,000 26,000
Direct labor hours 30 40
Pounds of raw materials 860 750
Hours in design 20 23
Machine hours 65 50

 What is the total manufacturing overhead assigned to the current order for Women’s Razors if the firm uses a volume-based plant wide overhead rate based on direct labor hours?

A. $112.50. 
B. $150.00. 
C. $187.50. 
D. $9,600.00. 
E. $12,000.00. 

 

110. Shaver Co. manufactures a variety of electric razors for men and women. The company’s plant is partially automated. Listed below is cost driver information used in the product-costing system:
  

Overhead Cost Pool Budgeted Overhead Cost Budgeted Cost Driver Level Cost Driver
Machinery depreciation/maintenance $168,640 27,200 Machine hours
Factory depreciation/utilities/insurance 127,840 27,200 Machine hours
Product design 554,400 38,500 Hours in design
Material handling 1,078,000 134,750 Pounds of raw materials

 In addition, Shaver expects to spend $514,368 for 8,037 direct labor-hours. Two current product orders had the following requirements:
  

  Men’s Razors Women’s Razors
Units produced and sold 20,000 26,000
Direct labor hours 30 40
Pounds of raw materials 860 750
Hours in design 20 23
Machine hours 65 50

 Using ABC, how much facility-level overhead is assigned to the current order for Men’s Razors?

A. $403.00. 
B. $310.00. 
C. $708.50. 
D. $545.00. 
E. $936.00. 

 

111. Shaver Co. manufactures a variety of electric razors for men and women. The company’s plant is partially automated. Listed below is cost driver information used in the product-costing system:
  

Overhead Cost Pool Budgeted Overhead Cost Budgeted Cost Driver Level Cost Driver
Machinery depreciation/maintenance $168,640 27,200 Machine hours
Factory depreciation/utilities/insurance 127,840 27,200 Machine hours
Product design 554,400 38,500 Hours in design
Material handling 1,078,000 134,750 Pounds of raw materials

 In addition, Shaver expects to spend $514,368 for 8,037 direct labor-hours. Two current product orders had the following requirements:
  

  Men’s Razors Women’s Razors
Units produced and sold 20,000 26,000
Direct labor hours 30 40
Pounds of raw materials 860 750
Hours in design 20 23
Machine hours 65 50

 Using ABC, how much product-level overhead is assigned to the current order for Men’s Razors?

A. $218.00. 
B. $250.70. 
C. $331.20. 
D. $284.00. 
E. $288.00. 

 

112. Shaver Co. manufactures a variety of electric razors for men and women. The company’s plant is partially automated. Listed below is cost driver information used in the product-costing system:
  

Overhead Cost Pool Budgeted Overhead Cost Budgeted Cost Driver Level Cost Driver
Machinery depreciation/maintenance $168,640 27,200 Machine hours
Factory depreciation/utilities/insurance 127,840 27,200 Machine hours
Product design 554,400 38,500 Hours in design
Material handling 1,078,000 134,750 Pounds of raw materials

 In addition, Shaver expects to spend $514,368 for 8,037 direct labor-hours. Two current product orders had the following requirements:
  

  Men’s Razors Women’s Razors
Units produced and sold 20,000 26,000
Direct labor hours 30 40
Pounds of raw materials 860 750
Hours in design 20 23
Machine hours 65 50

 Using ABC, how much product-level overhead is assigned to the current order for Women’s Razors?

A. $218.00. 
B. $250.70. 
C. $331.20. 
D. $284.00. 
E. $288.00. 

 

113. Shaver Co. manufactures a variety of electric razors for men and women. The company’s plant is partially automated. Listed below is cost driver information used in the product-costing system:
  

Overhead Cost Pool Budgeted Overhead Cost Budgeted Cost Driver Level Cost Driver
Machinery depreciation/maintenance $168,640 27,200 Machine hours
Factory depreciation/utilities/insurance 127,840 27,200 Machine hours
Product design 554,400 38,500 Hours in design
Material handling 1,078,000 134,750 Pounds of raw materials

 In addition, Shaver expects to spend $514,368 for 8,037 direct labor-hours. Two current product orders had the following requirements:
  

  Men’s Razors Women’s Razors
Units produced and sold 20,000 26,000
Direct labor hours 30 40
Pounds of raw materials 860 750
Hours in design 20 23
Machine hours 65 50

 Using ABC, how much batch-level overhead is assigned to the current order for Women’s Razors based on pounds of raw materials?

A. $6,000. 
B. $6,880. 
C. $5,332. 
D. $8,175. 
E. $9,374. 

 

114. Wang Company has established the following overhead cost pools and cost drivers for the month of May:
  

Cost Pool Overhead Costs Cost Driver Levels
Purchase orders $30,000 50 orders
Machine setups 50,000 100 setups
Electricity 10,000 10,000 kilowatt hours

 The following information pertains to the actual consumption of activity resources for two sample jobs completed during May.
  

  Job M1 Job M2
Number of units produced 500 1,000
Number of purchase orders 15 10
Number of setups 20 10
Number of kilowatt hours 500 1,000

 What is the activity-based overhead rate per purchase order?

A. $615. 
B. $600. 
C. $575. 
D. $550. 
E. $500. 

 

115. Wang Company has established the following overhead cost pools and cost drivers for the month of May:
  

Cost Pool Overhead Costs Cost Driver Levels
Purchase orders $30,000 50 orders
Machine setups 50,000 100 setups
Electricity 10,000 10,000 kilowatt hours

 The following information pertains to the actual consumption of activity resources for two sample jobs completed during May.
  

  Job M1 Job M2
Number of units produced 500 1,000
Number of purchase orders 15 10
Number of setups 20 10
Number of kilowatt hours 500 1,000

 Using ABC, what is the overhead cost per unit produced for Job M2?

A. $39. 
B. $25. 
C. $20. 
D. $12. 
E. $10. 

 

116. Orange, Inc. has identified the following cost drivers for its expected overhead costs for the year:
  

Cost Pools Budgeted Cost Cost Driver Cost Driver Level
Setup $40,000 Number of setups 200
Ordering 20,000 Number of orders 1,000
Maintenance 50,000 Machine hours 5,000
Power 10,000 Kilowatt hours 10,000

 Total direct labor hours budgeted = 2,000 hours.
 
 The following data applies to Product X, one of the products completed during the year.
  

Direct materials $1,000
Direct labor $1,200
Units completed 100
Direct labor hours 40
Number of setups 4
Number of orders 8
Machine hours 50
Kilowatt hours 100

 If a volume-based costing system based on direct labor hours to assign overhead is used, the total overhead cost for Product X will be:

A. $1,500. 
B. $1,560. 
C. $2,000. 
D. $2,400. 
E. $2,560. 

 

117. Orange, Inc. has identified the following cost drivers for its expected overhead costs for the year:
  

Cost Pools Budgeted Cost Cost Driver Cost Driver Level
Setup $40,000 Number of setups 200
Ordering 20,000 Number of orders 1,000
Maintenance 50,000 Machine hours 5,000
Power 10,000 Kilowatt hours 10,000

 Total direct labor hours budgeted = 2,000 hours.
 
 The following data applies to Product X, one of the products completed during the year.
  

Direct materials $1,000
Direct labor $1,200
Units completed 100
Direct labor hours 40
Number of setups 4
Number of orders 8
Machine hours 50
Kilowatt hours 100

 If the activity-based cost drivers are used to allocate overhead cost, the total overhead cost of Product X will be:

A. $1,500. 
B. $1,560. 
C. $2,000. 
D. $2,400. 
E. $2,560. 

 

118. Zeta Company is preparing its annual profit plan. As part of its analysis of the profitability of individual products, the controller estimates the amount of manufacturing overhead that should be assigned to each of the two product lines from the information given below.
  

  Wall Mirrors Specialty Windows
Total units produced 25 25
Total number of material moves 5 15
Direct labor hours per unit 200 200

 Budgeted material-handling costs are $50,000.
 
 Under a costing system that allocates manufacturing overhead on the basis of direct labor hours, the material-handling cost per wall mirror is:

A. $0. 
B. $500. 
C. $1,000. 
D. $2,000. 
E. $5,000. 

 

119. Zeta Company is preparing its annual profit plan. As part of its analysis of the profitability of individual products, the controller estimates the amount of manufacturing overhead that should be assigned to each of the two product lines from the information given below.
  

  Wall Mirrors Specialty Windows
Total units produced 25 25
Total number of material moves 5 15
Direct labor hours per unit 200 200

 Budgeted material-handling costs are $50,000.
 
 The material-handling cost per wall mirror under ABC is:

A. $0. 
B. $500. 
C. $1,000. 
D. $2,000. 
E. $5,000. 

 

120. Pasternik Company produces and sells two products, Alpha and Zeta. The following information is available relating to its setup activities:
  

  Alpha Zeta
Units produced 250 20,000
Batch size (units) 10 500
Total direct labor hours 1,000 39,000
Cost per setup $2,000 $2,000

 With a volume-based costing system that applies overhead based on direct labor hours, the setup cost portion of overhead for each unit is (rounded to the nearest cent):
  

  Alpha Zeta
A) $3.25 $3.25
B) $13.00 $6.34
C) $8.00 $0.10
D) $25.50 $25.50
E) $102.00 $49.73

 

A. Option A 
B. Option B 
C. Option C 
D. Option D 
E. Option E 

 

121. Pasternik Company produces and sells two products, Alpha and Zeta. The following information is available relating to its setup activities:
  

  Alpha Zeta
Units produced 250 20,000
Batch size (units) 10 500
Total direct labor hours 1,000 39,000
Cost per setup $2,000 $2,000

 Use of activity-based costing would allocate the following amounts of setup cost to each unit (rounded to the nearest cent):
   

  Alpha Zeta
A) $200.00 $4.00
B) $500.00 $1,025.64
C) $6.42 $6.50
D) $80.00 $50.00
E) $8.00 $0.10

 

A. Option A 
B. Option B 
C. Option C 
D. Option D 
E. Option E 

 

122. Pasternik Company produces and sells two products, Alpha and Zeta. The following information is available relating to its setup activities:
  

  Alpha Zeta
Units produced 250 20,000
Batch size (units) 10 500
Total direct labor hours 1,000 39,000
Cost per setup $2,000 $2,000

 Assume the cost per setup remains at $2,000 but that the batch size for product Alpha is changed from 10 to 25 units per batch. Using activity-based and a volume-based overhead costing that uses direct labor-hours to assign overhead, the amount of setup cost applied to each unit of product Alpha would be (rounded to the nearest cent):
  

  Activity Based Costing Volume Based Costing
A) $400.00 $9.00
B) $500.00 $8.00
C) $80.00 $10.00
D) $2.25 $4.50
E) None of these answer choices is correct.

 

A. Option A 
B. Option B 
C. Option C 
D. Option D 
E. Option E 

 

123. Nerrod Company sells its products at $500 per unit, net 30. The firm’s gross margin ratio is 40 percent. The firm has estimated the following operating costs:
  

Activity Cost Driver and Rate
Sales calls $400 per visit
Order processing $100 per order
Deliveries $50 per order + $0.50 per mile
Sales returns $60 per return and $3 restocking per unit returned

 Nerrod Company has gathered the following data pertaining to activities it performed for two of its customers:
  

  XBT NINTO
Number of orders 10 2
Number of parts per order 500 2.000
Sales returns:    
 Number of returns 4 10
 Number of units returned 40 50
Number of sales calls 6 10
Miles per delivery 10 20
Shipping terms FOB, Factory FOB, Destination

 What is Nerrod’s total customer-sustaining cost applicable to Ninto?

A. $400. 
B. $600. 
C. $4,000. 
D. $6,300. 
E. $6,420. 

 

124. Nerrod Company sells its products at $500 per unit, net 30. The firm’s gross margin ratio is 40 percent. The firm has estimated the following operating costs:
  

Activity Cost Driver and Rate
Sales calls $400 per visit
Order processing $100 per order
Deliveries $50 per order + $0.50 per mile
Sales returns $60 per return and $3 restocking per unit returned

 Nerrod Company has gathered the following data pertaining to activities it performed for two of its customers:
  

  XBT NINTO
Number of orders 10 2
Number of parts per order 500 2.000
Sales returns:    
 Number of returns 4 10
 Number of units returned 40 50
Number of sales calls 6 10
Miles per delivery 10 20
Shipping terms FOB, Factory FOB, Destination

 What is Nerrod’s total customer batch-level cost applicable to Ninto?

A. $800. 
B. $920. 
C. $2,300. 
D. $2,420. 
E. $6,300. 

 

125. Nerrod Company sells its products at $500 per unit, net 30. The firm’s gross margin ratio is 40 percent. The firm has estimated the following operating costs:
  

Activity Cost Driver and Rate
Sales calls $400 per visit
Order processing $100 per order
Deliveries $50 per order + $0.50 per mile
Sales returns $60 per return and $3 restocking per unit returned

 Nerrod Company has gathered the following data pertaining to activities it performed for two of its customers:
  

  XBT NINTO
Number of orders 10 2
Number of parts per order 500 2.000
Sales returns:    
 Number of returns 4 10
 Number of units returned 40 50
Number of sales calls 6 10
Miles per delivery 10 20
Shipping terms FOB, Factory FOB, Destination

 What is Nerrod’s total sales-sustaining cost applicable to XBT as a customer?

A. $0. 
B. $920. 
C. $4,120. 
D. $6,300. 
E. $6,420. 

 

126. Nerrod Company sells its products at $500 per unit, net 30. The firm’s gross margin ratio is 40 percent. The firm has estimated the following operating costs:
  

Activity Cost Driver and Rate
Sales calls $400 per visit
Order processing $100 per order
Deliveries $50 per order + $0.50 per mile
Sales returns $60 per return and $3 restocking per unit returned

 Nerrod Company has gathered the following data pertaining to activities it performed for two of its customers:
  

  XBT NINTO
Number of orders 10 2
Number of parts per order 500 2.000
Sales returns:    
 Number of returns 4 10
 Number of units returned 40 50
Number of sales calls 6 10
Miles per delivery 10 20
Shipping terms FOB, Factory FOB, Destination

 What is Nerrod’s total customer unit-level cost applicable to XBT as a customer?

A. $50. 
B. $480. 
C. $4,120. 
D. $4,125. 
E. $6,300. 

 

127. Service and not-for-profit organizations often:

A. Have ABC systems which are similar to those of manufacturing firms. 
B. Do not have changeable outputs. 
C. Are unable to benefit from ABC costing. 
D. Do not have ABC systems which are similar to those of manufacturing firms. 
E. None of these answer choices are correct. 

 

128. Customer profitability analysis:

A. Always shows that the company with the highest total sales generates the highest net customer profit.
B. Always shows that the company with the lowest total sales generates the lowest net customer profit.
C. Produces the same results as a Pareto analysis.
D. Helps identify actions that affect customer profitability.
E. None of these answer choices are correct.

 

 

Essay Questions

129. Scott Cameras produces digital cameras and have decided to switch from a volume-based system to an activity-based system. Scott produced 100,000 digital cameras in the most recent quarter and has determined that their total activity costs were: $3,000,000 of materials cost, $500,000 of labor costs, $1,000,000 of inspection costs, and $500,000 of packaging costs. It takes 30 minutes of labor to produce each camera, inspections are done for 20% of all cameras produced, and cameras are packaged individually.

Required:

What are the driver rates for each activity?
 

 

 

 

130. Plant overhead for ABC Corp in $150 million per year, a portion of which (20%) is attributable to inspection costs which are charged to products on the basis the number of parts in the products. The plant produces 500,000 units per year, and on the average, each product has 20 parts.

Required:

What is the average inspection cost in a product? What is the inspection cost for a product with 50 parts?
 

 

 

 

131. Johnson Associates is a catering firm in Tucson, Arizona, with revenue of $4 million. The business began ten years ago as a one-owner bakery, but has dramatically changed in size and function during the past five years. The four partners foresee the business doubling in sales revenue within two years, and expect the firm to expand into other services including flowers, furnishings, decorations, and music. Johnson Associates employs six full-time and ten part-time employees. The four partners also work full-time, each partner managing a separate business function. The firm currently uses a volume-based costing system installed seven years ago and modified three years later.

Required:

(1) With just the above information, comment on Johnson Associates changing and future costing system needs.
(2) Is Johnson Associates a probable candidate for an activity-based costing system (ABC)? Why or why not?
 

 

 

 

132. Two students in a cost accounting class were arguing about the need to gather good unit cost information for manufacturing. One student, Travis, maintained that a firm producing and selling large quantities of relatively few products would have no need for an ABC system, since an ABC system is usually more expensive to implement than a volume-based system. Alicia countered that even firms with high-volume homogeneous products could benefit from a cost management technique like activity-based costing (ABC).

Required:

Choose sides in this discussion and present justifications for your choice.
 

 

 

 

133. The controller for Alabama Cooking Oil Co. established the following overhead cost pools and cost drivers:
  

Overhead Cost Pool Budgeted Overhead Cost Driver Estimated Cost Driver Level
Machine setups $186,000 # of setups 120 setups
Material handling 124,800 # of barrels 7,800 barrels
Quality control 316,200 # of inspections 1,020 inspections
Other overhead cost 172,500 # of machine hrs 11,500 machine hrs

 An order of 800 barrels of cooking oil used:
  

# of setups 14
# of barrels 800
# of inspections 22
# of machine hours 1,100

 Required:
 
 (1) What is the overhead rate per machine hour if the number of machine hours is used as a single cost driver under traditional costing system? (Round your intermediate calculation to the nearest cent and final answer to the nearest whole dollar.)
 (2) Using volume-based costing, how much overhead is assigned to the order based on machine hours as a single cost driver?
 (3) Using ABC costing, how much total overhead is assigned to the order?
 

 

 

 

134. Blackwelder Co. manufactures a variety of electric razors used by both men and women. The company’s plant is partially automated. The company uses an activity-based cost system. Listed below is cost driver information used in the product-costing system:
  

Overhead Cost pool Budgeted Overhead Cost Budgeted Cost Driver Level Cost Driver
Machine depreciation/ $227,500 25,000 Machine hours
Maintenance Factory depreciation/ Utilities/insurance 154,940 25,400 Machine hours
Product design 665,720 35,600 Hours in design
Material purchasing/storing 1,293,760 124,400 Raw materials

 Two current product orders had the following requirements:
  

  Men’s Razors Women’s Razor
Units produced and sold 26,000 30,000
Direct labor hours 50 40
Pounds of raw materials 980 1,120
Hours in design 32 38
Machine hours 85 60

 Required:
 
 1. Using ABC costing, how much overhead is assigned to the order for men’s razors?
 2. Using ABC costing, how much overhead is assigned to the order for women’s razors?
 

 

 

 

135. Classify each of the following costs as unit-level (U), batch-level (B), product-level (P), or facility-level (F) costs and identify an appropriate example of a possible cost driver for each item:

(1) Parts administration
(2) Production scheduling
(3) Materials handling
(4) Machine operations
(5) Personnel administration and training
(6) Plant security
(7) Machine setups
(8) Engineering changes
(9) Product design
(10) Rent for factory plant
 

 

 

 

136. Pairing Company has the following cost drivers identified as A through F for determining product manufacturing overhead costs.
 
 (A) Number of pieces of equipment
 (B) Number of direct material purchase orders
 (C) Number of production runs
 (D) Square feet of warehouse space
 (E) Number of machine hours
 (F) Square feet of factory space
 
 For each of the following activity cost pools, choose the letter of the most appropriate cost driver for each cost pool.
 
 Heating costs
 Machinery power costs
 Machinery set-up costs
 Equipment maintenance costs
 Materials storage costs
 Purchasing department costs
 

 

 

 

137. Altima Company uses an overhead costing system based on direct labor hours for its two products X and Y. The company is considering adopting an activity-based costing system, and collects the following information for the month of October.
  

  Product X Product Y
Production units 20,000 2,000
Direct materials cost per unit $50.00 $40.00
Direct labor cost per hour $10.00 $10.00
Direct labor hours 34,000 6,000

 

Overhead Overhead Total Activity Consumption
Cost pool cost activity Product X Product Y
Machine setup $60,000 1,000 setups 300 700
Engineering change order 40,000 100 orders 20 80
Facility rent 90,000 1,000 sq. feet 300 700

 Required:
 
 (1) Compute the unit manufacturing cost of each product under a volume-based costing system based on direct labor hours.
 (2) Compute the unit manufacturing cost of each product under the activity-based costing system.
 

 

 

 

138. Castenet Company uses a volume-based costing system that applies overhead cost based on direct labor hours at $250 per direct labor hour.
 
 The company is considering adopting an activity-based costing system with the following data:
  

Activity Area Cost Driver Cost Driver Rate
Materials handling Number of parts $1.20
Lathe work Number of turns 0.30
Milling Number of machine hours 16.00
Grinding Number of parts 1.25
Testing Number of units tested 12.00

 The two jobs processed in the month of June had the following characteristics:
  

  Job A Job B
Direct materials costs $10,000 $50,000
Direct labor costs $1,000 $10,000
Number of direct labor hours 40 400
Number of parts 500 2,000
Number of turns  25,000  50,000
Number of machine hours 140 1,000
Number of units in each job (all tested) 15 200

 Required:
 
 1. Compute the unit manufacturing cost of each job under the firm’s current volume-based costing system.
 2. Compute the unit manufacturing cost of each job under the activity-based costing system.
 3. Compare the unit manufacturing cost for Jobs A and B computed in requirements 1 and 2.
 
 (a) Why do the two cost systems differ in their total cost for each job?
 (b) Why might these differences be important to the Company?
 

 

 

 

139. Demski Company has used a two-stage cost allocation system for many years. In the first stage, plant overhead costs are allocated to two production departments, P1 and P2, based on machine hours. In the second stage, Demski uses direct labor hours to assign overhead costs from the production departments to individual products A and B.
 
 Budgeted factory overhead costs for the year are $300,000. Both the budgeted and actual machine hours in P1 and P2 are 12,000 and 28,000 hours, respectively.
 
 After attending a seminar to learn the potential benefits of adopting an activity-based costing system (ABC), Ted Demski, the president of Demski Company, is considering implementing an ABC system. Upon his request, the controller at Demski Company has compiled the following information for analysis:
  

Cost Pool Factory overhead costs Activity cost driver Expected activity level
Machine setup $100,000 Setup hours 1,000
Inspection 50,000 Inspection hours 2,500
Power 50,000 Kilowatt hours 25,000
Supervision  100,000 Direct labor hours 10,000
Total overhead cost $300,000    

 Demski manufactures two types of product, A and B, for which the following information is available:
  

  A B
Units produced and sold 5,000 10,000
Direct materials $200,000 $250,000
Direct labor costs $80,000 150,000
Direct labor hours in P1 1,500 3,000
Direct labor hours in P2 1,500 4,000
Setup hours 700 300
Inspection hours 1,500 1,000
Power (kilowatt hours) 12,500 12,500

 Required:
 
 1. Determine the unit cost for each of the two products using the traditional two-stage allocation method. Round calculations to 2 decimal places.
 2. Determine the unit cost for each of the two products using the proposed ABC system.
 3. Compare the unit manufacturing costs for product A and product B computed in requirements 1 and 2.
 
 (a) Why do two the cost systems differ in their total cost for each product?
 (b) Why might these differences be important to the Demski Company?
 

 

 

 

140. Swenson Company manufactures 4,000 units of Deluxe Product and 20,000 units of Regular Product each year. The company currently uses direct labor-hours to assign overhead cost to products. The pre-determined overhead rate is:
  

Manufacturing overhead cost = $20/DLH
Direct labor hours

 

  Deluxe Regular
Direct materials $40.00 $30.00
Direct labor 20.00 15.00
Factory overhead:    
   2.5 DLH × $20/DLH 50.00  
   2.0 DLH × $20/DLH    40.00
Total cost per unit $110.00 $85.00

 Suppose, however, that factory overhead costs are actually caused by the five activities listed below:
  

Activity Costs
Machine setups $300,000
Quality Inspections 200,000
Production orders 90,000
Machine-hours worked 330,000
Material receipts       80,000
Total $1,000,000

 Also suppose the following transaction data has been collected:
  

  Number of Transactions
Activity Total Deluxe Regular
Machine setups 5,000 3,000 2,000
Quality inspections 8,000 5,000 3,000
Production orders 600 200 400
Machine-hours worked 33,000 10,000 23,000
Material receipts 800 200 600

 Required:
 
 Using the activity-based costing method to calculate unit costs of Deluxe and Regular products, and compare them with the current direct labor hours-based costing system.
 

 

 

 

141. Moss Manufacturing has just completed a major change in its quality control (QC) process. Previously, products had been reviewed by QC inspectors at the end of each major process, and the company’s ten QC inspectors were charged as direct labor to the operation or job. In an effort to improve efficiency and quality, a computerized video QC system was purchased for $250,000. The system consists of a minicomputer, 15 video cameras, other peripheral hardware, and software.
 
 The new system used cameras stationed by QC engineers at key points in the production process. Each time an operation changes or there is a new operation, the cameras are moved, and a new master picture is loaded into the computer by a QC engineer. The camera takes pictures of the units in process, and the computer compares them to the picture of a “good” unit. Any differences are sent to a QC engineer who removes the bad units and discusses the flaws with the production supervisors. The new system has replaced the ten QC inspectors with two QC engineers.
 
 The operating costs of the new QC system, including the salaries of the QC engineers, have been included as factory overhead in calculating the company’s volume-based factory overhead rate which is based on direct labor dollars.
 
 The company’s president is confused. His vice president of production has told him how efficient the new system is, yet there is a large increase in the factory overhead rate. The computation of the rate before and after automation is shown below.
 

  Before After
Budgeted overhead $1,900,000 $2,100,000
Budgeted direct labor 1,000,000 700,000
Budgeted overhead rate 190% 300%

 “Three hundred percent,” lamented the president, “How can we compete with such a high factory overhead rate?”
 
 Required:
 
 1. a. Define factory overhead, and cite three examples of typical costs that would be included in factory overhead.
 b. Explain why companies develop factory overhead rates.
 
 2. Explain why the increase in the overhead rate should not have a negative financial impact on Moss Manufacturing.
 3. Explain, in the greatest detail possible, how Moss Manufacturing could change its overhead accounting system to eliminate confusion over product costs.
 

 

 

 

142. The controller for Ocean Sailboats Inc., a company which uses an automated process to make sailboats, established the following overhead cost pools and cost drivers:
  

Overhead Cost Pool Budgeted
Overhead
Cost Driver Estimated
Cost Driver Level
Machine setups $250,500 # of setups 500 setups
Quality control 419,500 # of inspections 2,500 inspections
Other overhead cost 180,000 # of machine hrs 20,000 machine hrs

 A recent order for sailboats used:
  

Machine setups 50 setups
Quality inspections 305 inspections
Machine hours 2,024 machine hours

 Required:
 
 1. What is the overhead rate per machine hour if the number of machine hours is used as a single cost driver under traditional costing system?
 2. Utilizing traditional costing, how much overhead is assigned to the order based on machine hours as a single cost driver?
 3. Utilizing ABC, how much total overhead is assigned to the order?
 

 

 

 

143. Skateline Inc. designs and manufactures roller skates. The following data pertain to two of its major customers: FantasticSkates and SkateToday.
  

  FantasticSkates SkateToday
Total sales $1,500,000 $1,450,000
Sales discount 4% 3%
Sales terms 2/10, n/30 2/10, n/30
Sales returns 5% 2%
Assume sales discounts are taken on total invoice amount and that returns occur within 10 days of the sale.

 Required:
 
 Compare the net proceeds from each customer to Skateline Inc. 30 days after sale. (rounded to nearest dollar for each step where applicable).
 

 

 

 

144. Certo Health Products was formed two years ago to produce and distribute a newly-patented protein supplement. Two variations of the original supplement have since been developed and introduced for general sale. The three products are processed in essentially the same way, but Ann Marshall, the owner of Certo, anticipates that a half-dozen new products will be developed for sale in the next two years. These products will not be variations of the patented supplement, and will require a different production process other than the one currently used. Ann has asked you to review the current use of a single volume-based rate and explain the arguments for using departmental rates with activity-based drivers.
 

 

 

 

145. Cost Pools and Cost Drivers: Based on a recent study of its manufacturing operations Johnston Manufacturing Corporation has identified six resource consumption cost drivers. These cost drivers and their budgeted activity levels for the coming year are:
  

Cost Driver Activity Level
Number of purchase orders 6
Number of production runs (2,500 units per production run) 40
Machine-hours 100,000
Factory space (square feet) 24,000
Units of production 100,000
Engineering hours 20,000

 The firm has budgeted the following costs for the year:
  

Engineering design $600,000
Depreciation—building 50,000
Depreciation—machine 40,000
Electrical power (for factory building) 6,000
Electrical power (for machining) 30,000
Insurance 20,000
Property taxes 15,000
Machine maintenance—labor 11,000
Machine maintenance—materials 9,000
Natural gas (for heating) 8,000
Inspection of finished goods 7,000
Setup wages 20,000
Receiving 10,000
Inspection of direct materials on receiving 3,000
Purchasing 20,000
Custodial labor 51,000

 With the exception of the factory space cost pool, which uses machine-hours as the activity consumption cost driver, other cost pools have identical resource and activity consumption cost drivers.
 
 Required:
 
 1. Identify the most appropriate activity cost pool for each of the cost items and cost driver for each activity cost pool you identified.
 2. Johnston has received a request to quote the price for 4,000 units of a new product. The production will require 100 engineering-hours and 4,250 machine-hours. What is the manufacturing overhead per unit the firm should use in determining the price?
 

 

 

 

146. Volume-Based Costing Versus ABC: Gorden Company produces a variety of electronic products. One of its plants produces two laser printers, Speedy and Deluxe. At the beginning of 2013, the following data were prepared for this plant:
  

  Deluxe Speedy
Quantity 50,000 400,000
Selling price $475.00 $300.00
Unit prime cost 180.00 110.00
Unit overhead cost 20.00 153.60

 The unit overhead cost is calculated using the predetermined overhead application rate based on direct labor-hours.
 Upon examining the data, the marketing manager was particularly impressed with the per-unit profitability of the Deluxe printer and suggested that more emphasis be placed on producing and selling this product. The plant supervisor objected to this strategy, arguing that the Deluxe model required a very delicate manufacturing process. The supervisor believed that the cost of the Deluxe printer was likely to be much higher than reported.
 The controller suggests an activity-based costing system and provides the following budget data pertaining to the period:
  

    Activity Consumption
Overhead Activity Cost Driver Pool Rate* Deluxe Speedy
Setups Number of setups $2,800 200 100
Machine costs Machine-hours 100 100,000 400,000
Engineering Engineering-hours 40 45,000 120,000
Packing Packing orders 20 50,000 200,000

 * Cost per unit of cost driver
 
 Required:
 
 1. Using the projected data based on the firm’s current costing system, calculate gross profit per unit and gross profit percentage for each product. Round calculations to 2 decimal places.
 2. Using the suggested multiple cost drivers’ overhead rates, calculate the overhead cost per unit for each product and determine gross profit per unit and gross profit percentage for each product.
 3. Based on your results, evaluate the suggestion of the marketing manager to emphasize the Deluxe model.
 4. How does ABC contribute to Gorden’s competitive advantage?
 

 

 

 

147. Customer Profitability Analysis: Boston Depot sells office supplies to area corporations and organizations. Tom Delayne, founder and CEO, has been disappointed with the operating results and the profit margin for the last two years. Business forms are mostly a “commodity” business with low profit margins. To increase profit margins and gain competitive advantages, Delayne introduced “Desk-Top Delivery” service. The business seems to be as busy as ever. Yet, the operating income has been declining. To help identify the root cause of declining profits, he decided to analyze the profitability of two of the firm’s major customers: Omega International (OI) and City of Albion (CA).
 
 According to the customer profitability analysis that Boston Depot conducts regularly, Boston Depot has the same amount of total sales with both OI and CA. However, the firm earns a higher gross margin and gross margin ratio from CA than those from the sales to OI, as demonstrated here:
  

  Customer Profitability Analysis
  Omega International City of Albion
Sales $80,000 $80,000
Product cost (50,000) (48,000)
Service fees (17.5% of sales) (14,000) (14,000)
Gross margin $16,000 $18,000
Gross margin percent 20% 22.5%

 Boston Depot adds a flat 17.5 percent to all sales for expenses incurred in such activities as handling customers’ requests, pick-packing, order delivery, warehousing, and data entry. However, not all customers require the same level of services. Operation Manager, Jamie Steel, points out that CA has been a much heavier service user than OI. She shows the following data to support her belief:
  

Distribution Services Activities for OI and CA
  OI CA
Number of requisitions 300 700
Requisition line (all pick-packing) 900 2,100
Average number of cartons in warehouse 50 500
Number of miles per delivery 5 6

 Controller Rod Jay has been investigating ways to determine the costs of performing various activities. He summarized his findings:
 

Total Estimated Estimated Annual
Activity Annual Expense Cost Driver Activity Level
Requisitions handling $3,000,000 Requisitions 300,000
Warehouse 1,050,000 Number of cartons 70,000
Pick-packing 900,000 Pick-pack lines 600,000
Data entry 600,000 Pick-pack lines 600,000
Delivery charge $10 per requisition (delivery) plus $0.30 per mile

 Steel points out that activities cost money. Two customers who request different service activities most likely are not costing the firm the same.
 
 Required:
 
 1. Using activity-based costing, compute the charges per unit of service activities.
 2. Using activity-based costing, compute the total distribution costs for each of the customers.
 3. Is the City of Albion a more profitable customer?
 4. Is Omega International a better customer for Boston Depot?
 

 

148. Customer Profitability Analysis: Spring Company collected the following data pertaining to its activities with selected customers.
  

  HS Inc. Adventix Baldwin
Total sales $600,000 $750,000 $900,000
Sales discount a 2% 3% 2%
Sales terms b 2/10, n/30 1/15, n/60 2/10, n/eom
Shipping terms FOB Shipping point FOB Destination FOB Destination
Sales returns rate c 2% 4% 3%
Number of orders d 10 5 50
Units per order 100 250 30
Expedited order 0 2 5
Sales visits 1 1 2
Number of sales returns 3 4 10
a Sales discounts are incentives offered on the full invoice price
 b Sales terms are an incentive in the form of a reduction of the net invoice amount to customers that pay an invoice early
 c Sales returns are all completed within the first 10 days of this billing month
 d Each order is filled in a single delivery

 Spring Company mails monthly statements on or before the first day of each month. HS pays all of its account payables within the payment discount periods. Adventix does not take the early payment discounts. In fact, the company pays half of its accounts on the date that these accounts are due and pays the remainder at the end of the following month. Baldwin also does not take advantage of discounts for early payments. However, it pays its accounts on the specified due date. Cost of goods sold is sixty percent of gross sales price. Joan Lieberman, the controller of Spring Company, has estimated that the cost of working capital is approximately 2 percent per month.
 
 Lieberman also gathered the following cost data:
  

Activity Cost Driver and Rate
Order taking $50 per order
Order processing $75 per order
Delivery $300 per delivery
Expedited orders $500 per order
Restocking $10 per unit plus $200 per return
Sales visits $800 per visit

 Required:
 
 Prepare and interpret a customer profitability analysis for Spring Company. How does it help Spring Company become more competitive and profitable?
 

 

 

 

149. Volume-based Versus ABC Overhead Rate: Medical Arts Hospital (MAH) uses a hospital-wide overhead rate based on nurse-hours. The intensive care unit (ICU), which has 30 beds, applies over­head using patient-days. Its budgeted cost and operating data for the year follow:
  

Hospital Budget Information
Hospital total overhead $57,600,000
Hospital total nurse-hours 1,152,000

 

Budget Cost Driver Information for ICU for the Month of June
Cost Pool Budget Cost Cost Driver Budget Cost Driver Activity
Facilities and equipment $2,400,000 Number of patient-days 7,500
Nursing care 3,000,000 Number of nurse-hours 80,000

 In June, MAH’s intensive care unit had the following operating data:
 
 81,000 nurse-hours
 7,250 patient-days
 
 Required:
 
 1. Calculate the ICU’s overhead costs for the month of June using
 
 a. The hospital-wide rate
 b. The ICU department-wide rate
 c. The cost driver rates for the ICU department
 
 2. Explain the differences and determine which overhead assignment method is more appropriate.

 

Chapter 05 Activity-Based Costing and Customer Profitability Analysis Answer Key

Multiple Choice Questions

1. The major limitation of volume-based costing systems is the use of volume-based:

A. Criteria. 
B. Standards. 
C. Rates. 
D. Variances. 
E. Restrictions. 

 

AACSB: Reflective Thinking
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Difficulty: 1 Easy
Learning Objective: 05-01 Explain the strategic role of activity-based costing.
Topic: Strategic Role-Volume-Based Costing
2. Volume-based rates produce inaccurate product cost when:

A. A large portion of factory overhead cost is not volume-based.
B. Firms produce a diverse mix of products.
C. Large volumes of a product are manufactured.
D. Both a lack of volume-based overhead and there is a large range of products.
E. None of these answer choices are correct.

 

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Learning Objective: 05-01 Explain the strategic role of activity-based costing.
Topic: Strategic Role-Volume-Based Costing
3. If the usage of project activities is not proportional to the number of units produced, then some managers will be overcharged and others undercharged under the:

A. Activity-based costing
B. Volume-based costing
C. Overhead costing
D. Process costing

 

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Learning Objective: 05-01 Explain the strategic role of activity-based costing.
Topic: A Comparison of Volume-Based and Activity-Based Costing
4. Volume-based overhead rates may cause undesirable strategic effects such as:

A. Incorrect decisions.
B. Unprofitable cross-subsidization of products.
C. Ineffective management of operations for process improvement.
D. All of these answer choices are correct.

 

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Learning Objective: 05-01 Explain the strategic role of activity-based costing.
Learning Objective: 05-02 Describe activity-based costing (ABC), the steps in developing an ABC system, and the benefits of an ABC system.
Topic: Strategic Role-Volume-Based Costing
5. Activity-based costing (ABC) differs from other costing approaches in that it more accurately measures the cost of activities that are:

A. Not proportional to the volume of outputs produced.
B. Directly proportional to the volume of outputs produced.
C. Inversely proportional to the volume of outputs produced.
D. Non-value adding.

 

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Learning Objective: 05-02 Describe activity-based costing (ABC), the steps in developing an ABC system, and the benefits of an ABC system.
Topic: A Comparison of Volume-Based and Activity-Based Costing
6. In performing activity analysis during the design of an activity-based costing (ABC) system, the management accountant studies:

A. The cost drivers and managers in the plant. 
B. The advice of operation-level managers. 
C. The resources, activities, and cost drivers in the operation. 
D. The cost allocation methods applicable to the firm. 
E. The implementation problems for an ABC system. 

 

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Learning Objective: 05-02 Describe activity-based costing (ABC), the steps in developing an ABC system, and the benefits of an ABC system.
Topic: Identify Cost Drivers
7. Effective implementation of activity-based costing (ABC) requires:

A. Normally the assistance of a consultant.
B. A sophisticated and expensive computer system.
C. Support of top management and key employees.
D. Capturing properly the complexity of the data.
E. ABC has no significant implementation issues.

 

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Learning Objective: 05-07 Identify key factors for successful ABC/M implementation.
Topic: ABC/M-Implementation and Enhancement
8. Elimination of low-value-added activities in a firm should:

A. Be discouraged because of potential harmful effects.
B. Not affect customer value.
C. Not have priority because low-value-added activities have little effect on a firm’s performance.
D. Have priority only when a firm is operating at a loss.
E. Happen naturally if the firm is well-managed.

 

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Learning Objective: 05-04 Explain activity-based management (ABM).
Topic: Value-Added Analysis
9. When gathering activity data, which of the following would not be a question that ABC project team members typically ask employees or managers?

A. Time spent performing the activity
B. Resources required for the activity
C. Where the activity takes place
D. Value the activity has for the customer

 

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Learning Objective: 05-02 Describe activity-based costing (ABC), the steps in developing an ABC system, and the benefits of an ABC system.
Topic: Identify Cost Drivers
10. Successful activity-based costing (ABC) implementation depends upon the firm:

A. Having support of consultants with needed expertise.
B. Having a thorough activity analysis.
C. Starting with a relatively simple system.
D. Having well-trained managers.
E. Having adequate computer resources.

 

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Learning Objective: 05-07 Identify key factors for successful ABC/M implementation.
Topic: ABC/M-Implementation and Enhancement
11. A measure of the quantity of resources consumed by an activity is:

A. A quantity driver.
B. A resource consumption cost driver.
C. Not a cost driver.
D. An activity consumption cost driver.
E. A consumption cost driver.

 

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Learning Objective: 05-02 Describe activity-based costing (ABC), the steps in developing an ABC system, and the benefits of an ABC system.
Topic: Identify Cost Drivers
12. A measure of frequency and intensity of demands placed on activities by cost objects is:

A. A quantity driver.
B. A resource consumption cost driver.
C. Not a cost driver.
D. An activity consumption cost driver.
E. A consumption cost driver.

 

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Learning Objective: 05-02 Describe activity-based costing (ABC), the steps in developing an ABC system, and the benefits of an ABC system.
Topic: Identify Cost Drivers
13. An activity that is performed for each unit of production is a(n):

A. Product-level activity.
B. Facility-level activity.
C. Unit-level activity.
D. Performance-level activity.
E. Batch-level activity.

 

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Learning Objective: 05-02 Describe activity-based costing (ABC), the steps in developing an ABC system, and the benefits of an ABC system.
Topic: Identify Cost Drivers
14. An activity that is performed to support the production of a new custom-order product is a:

A. Product-level activity.
B. Facility-level activity.
C. Unit-level activity.
D. Customer-support activity.
E. Batch-level activity.

 

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Learning Objective: 05-02 Describe activity-based costing (ABC), the steps in developing an ABC system, and the benefits of an ABC system.
Topic: Identify Cost Drivers
15. Which one of the following is not a unit-level cost driver?

A. Direct labor hours.
B. Direct material dollars.
C. Machine hours.
D. Production orders.

 

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Learning Objective: 05-02 Describe activity-based costing (ABC), the steps in developing an ABC system, and the benefits of an ABC system.
Topic: Identify Cost Drivers
16. The management of activities to improve the value received by the customer and the competitiveness of the organization is:

A. Cost driver analysis.
B. Customer profitability analysis.
C. Activity-based management.
D. Performance measurement.
E. Activity analysis.

 

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Learning Objective: 05-04 Explain activity-based management (ABM).
Topic: Activity-Based Costing
17. The examination of the efficiency of each of a firm’s activities is:

A. Activity analysis.
B. Pareto analysis.
C. Activity-based management.
D. Performance measurement.
E. Attribute-based management.

 

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Learning Objective: 05-04 Explain activity-based management (ABM).
Topic: Activity-Based Costing
18. Which one of the following is a high value-added activity?

A. Set-up.
B. Rework.
C. Repair.
D. Storage.
E. Processing.

 

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Learning Objective: 05-04 Explain activity-based management (ABM).
Topic: Value-Added Analysis
19. In regard to selling activities, which one of the following would not be a cost driver for selling expense?

A. Number of invoices.
B. Number of sales calls.
C. Number of production runs.
D. Number of shipments.

 

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Learning Objective: 05-06 Use an activity-based approach to analyze customer profitability.
Topic: Customer Cost Analysis
20. Which one of the following is not a recommendation for a successful implementation of ABC/M?

A. Obtain support of management and personnel.
B. Complete an activity analysis.
C. Start with a relatively simple system.
D. Use ABC/M on a job that will succeed.
E. All of these answer choices are features of successful ABC/M implementations.

 

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Learning Objective: 05-07 Identify key factors for successful ABC/M implementation.
Topic: ABC/M-Implementation and Enhancement
21. Which of the following activities is a facility-level activity?

A. Plant management salaries.
B. Depreciation on a highly specialized piece of production equipment.
C. Direct labor.
D. Product design.
E. Materials handling.

 

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Learning Objective: 05-02 Describe activity-based costing (ABC), the steps in developing an ABC system, and the benefits of an ABC system.
Topic: Identify Cost Drivers
22. A company using a volume-based overhead assignment (allocation) method will tend to:

A. Overstate the cost of low volume products.
B. Understate the cost of low volume products.
C. Understate the cost of high volume products.
D. Understate the cost of all products.
E. Either understate or overstate the cost of high volume products depending on the specific manufacturing factors involved.

 

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Learning Objective: 05-03 Determine product costs under both the volume-based method and the activity-based method and contrast the two.
Topic: Product Costing
23. Which of the following is a batch-level cost driver?

A. Output units.
B. Number of engineering change orders.
C. Number of materials handling transactions.
D. Square feet of plant area occupied.
E. Number of employees.

 

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Learning Objective: 05-02 Describe activity-based costing (ABC), the steps in developing an ABC system, and the benefits of an ABC system.
Topic: Identify Cost Drivers
24. Which of the following activities is a facility-level activity?

A. Materials handling.
B. Plant maintenance.
C. Product inspection.
D. Design engineering.
E. Purchase orders.

 

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Learning Objective: 05-02 Describe activity-based costing (ABC), the steps in developing an ABC system, and the benefits of an ABC system.
Topic: Identify Cost Drivers
25. In an organization that makes furniture, which of the following is a high value-added activity?

A. Using direct materials in production.
B. Inspecting production.
C. Storing finished goods inventory.
D. Moving work-in-process inventory between work stations.
E. Reworking the product to repair defects.

 

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Learning Objective: 05-04 Explain activity-based management (ABM).
Topic: Value-Added Analysis
26. Overhead costs are allocated to cost objects in an activity-based costing system in the following manner:

A. Overhead costs are traced to departments, then costs are traced to products.
B. Overhead costs are traced to activities, then costs are traced to products.
C. Overhead costs are traced to activities, then costs are traced to departments and then allocated to products.
D. Overhead costs are traced from resources to cost objects.

 

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Learning Objective: 05-02 Describe activity-based costing (ABC), the steps in developing an ABC system, and the benefits of an ABC system.
Topic: Activity-Based Costing
27. Which of the following is a batch-level cost driver?

A. Output units.
B. Number of employees.
C. Number of orders.
D. Number of parts.
E. Machine hours.

 

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Learning Objective: 05-02 Describe activity-based costing (ABC), the steps in developing an ABC system, and the benefits of an ABC system.
Topic: Identify Cost Drivers
28. Which of the following has the weakest linkage between activity and cost driver?
  

  Activity Cost Driver
A) Machine setup Number of setups
B) Machine maintenance Machine hours
C) Lighting on shop floor Number of kilowatt-hours
D) Quality control Square feet of floor space
E) Materials Handling Weight of materials in process

 

A. Option A 
B. Option B 
C. Option C 
D. Option D 
E. Option E 

 

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Learning Objective: 05-02 Describe activity-based costing (ABC), the steps in developing an ABC system, and the benefits of an ABC system.
Topic: Identify Cost Drivers
29. A volume-based rate is an appropriate overhead application base when:

A. Several well-differentiated products are manufactured. 
B. Direct labor costs are large. 
C. Direct material costs are large relative to direct labor costs incurred. 
D. Only one product is manufactured. 
E. Manufacturing is process-based. 

 

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Learning Objective: 05-01 Explain the strategic role of activity-based costing.
Topic: Strategic Role-Volume-Based Costing
30. Which of the following would likely be the most appropriate cost driver of electric power used by machines?

A. Number of units.
B. Machine size.
C. Number of machine hours.
D. Number of production runs.
E. Purchase cost of machines.

 

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Learning Objective: 05-02 Describe activity-based costing (ABC), the steps in developing an ABC system, and the benefits of an ABC system.
Topic: Identify Cost Drivers
31. Using a volume-based overhead rate based on machine hours to assign manufacturing overhead to a product line that uses relatively few machine hours is likely to:

A. Overapply overhead to the product line.
B. Underapply overhead to the product line.
C. Understate direct labor costs.
D. Overstate direct labor costs.
E. Either over- or under-apply overhead to the product line depending on many other factors.

 

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Learning Objective: 05-03 Determine product costs under both the volume-based method and the activity-based method and contrast the two.
Topic: Product Costing
32. Which of the following is an example of a high-value-added activity?

A. Shipping the customer’s order.
B. Scheduling the customer order for production.
C. Inspecting goods to ensure the right quantity is being shipped.
D. E-mailing a customer to assure that a complaint will be resolved expeditiously.
E. More than one of these answer choices is a high-value-added activity.

 

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Learning Objective: 05-04 Explain activity-based management (ABM).
Topic: Value-Added Analysis
33. Engineering change orders, maintenance of equipment used in manufacturing, and product design costs are examples of:

A. Unit costs.
B. Batch costs.
C. Product-level costs.
D. Facility-level costs.
E. Unit, batch, and customer-sustaining costs, respectively.

 

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Learning Objective: 05-02 Describe activity-based costing (ABC), the steps in developing an ABC system, and the benefits of an ABC system.
Topic: Identify Cost Drivers
34. In an activity-based costing system, overhead costs are divided into separate:

A. Cost objects.
B. Activity cost pools.
C. Resource consumption and activity consumption cost drivers.
D. Product-line cost pools.
E. Plantwide or departmental cost pools.

 

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Topic: Activity-Based Costing
35. Which of the following would likely be the most appropriate cost driver to allocate machine set-up costs to products?

A. Machine hours.
B. Direct labor hours.
C. Number of production runs.
D. Number of products.
E. Number of purchase orders.

 

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Blooms: Analyze
Difficulty: 3 Hard
Learning Objective: 05-02 Describe activity-based costing (ABC), the steps in developing an ABC system, and the benefits of an ABC system.
Topic: Identify Cost Drivers
36. A firm has many products, some produced in an automated production process and some produced in a manual production process. Using direct labor hours to assign manufacturing overhead to a product manufactured with a highly automated process is likely to:

A. Overstate overhead of the product.
B. Understate overhead of the product.
C. Overapply overhead to the period.
D. Underapply overhead to the period.
E. Have no effect on overhead of the product.

 

AACSB: Analytical Thinking
AICPA: BB Critical Thinking
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Analyze
Difficulty: 2 Medium
Learning Objective: 05-03 Determine product costs under both the volume-based method and the activity-based method and contrast the two.
Topic: A Comparison of Volume-Based and Activity-Based Costing
Topic: Product Costing
37. Activity-based costing for manufacturing operations is used to assign:

A. Direct material and direct labor costs to products.
B. Direct labor and manufacturing overhead costs to products.
C. Manufacturing overhead costs to products.
D. Selling and general administrative overhead costs to products.
E. Selling and general administrative overhead and manufacturing overhead costs to products.

 

AACSB: Reflective Thinking
AICPA: BB Critical Thinking
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Remember
Difficulty: 1 Easy
Learning Objective: 05-02 Describe activity-based costing (ABC), the steps in developing an ABC system, and the benefits of an ABC system.
Topic: Activity-Based Costing
38. The use of activity-based costing is most appropriate for:

A. Firms that manufacture multiple product lines.
B. Firms that have very low manufacturing overhead costs relative to other costs of production.
C. Firms with high levels of production activity.
D. Firms that are labor intensive.
E. Firms that manufacture a small number of product lines.

 

AACSB: Reflective Thinking
AICPA: BB Critical Thinking
AICPA: FN Risk Analysis
Accessibility: Keyboard Navigation
Blooms: Understand
Difficulty: 1 Easy
Learning Objective: 05-01 Explain the strategic role of activity-based costing.
Topic: Strategic Role-Activity-Based Costing
39. Which of the following is a benefit of activity-based costing?

A. Reduced overhead costs.
B. More accurate measures of production volume.
C. Facilitate better product pricing decisions.
D. Having fewer cost drivers than volume-based costing systems.
E. More streamlined manufacturing processes.

 

AACSB: Reflective Thinking
AICPA: BB Critical Thinking
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Understand
Difficulty: 2 Medium
Learning Objective: 05-02 Describe activity-based costing (ABC), the steps in developing an ABC system, and the benefits of an ABC system.
Topic: A Comparison of Volume-Based and Activity-Based Costing
40. Which of the following is not normally associated with activity-based costing?

A. Activity cost pools.
B. Multiple cost drivers.
C. Reduction of non-value-adding costs.
D. High direct labor costs relative to manufacturing overhead costs.
E. Improved decision-making and pricing.

 

AACSB: Reflective Thinking
AICPA: BB Critical Thinking
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Remember
Difficulty: 1 Easy
Learning Objective: 05-02 Describe activity-based costing (ABC), the steps in developing an ABC system, and the benefits of an ABC system.
Topic: A Comparison of Volume-Based and Activity-Based Costing
41. Which of the following is not considered a benefit of activity-based costing?

A. Decreased production activity levels.
B. Improved understanding of cost of capacity.
C. A better understanding of processes.
D. Improved planning.
E. Improved strategic decisions.

 

AACSB: Reflective Thinking
AICPA: BB Resource Management
AICPA: FN Risk Analysis
Accessibility: Keyboard Navigation
Blooms: Understand
Difficulty: 1 Easy
Learning Objective: 05-01 Explain the strategic role of activity-based costing.
Learning Objective: 05-02 Describe activity-based costing (ABC), the steps in developing an ABC system, and the benefits of an ABC system.
Topic: A Comparison of Volume-Based and Activity-Based Costing
42. Which of the following would be the most appropriate cost driver to allocate factory electricity costs to products?

A. Machinery depreciation expense.
B. Machinery maintenance work orders.
C. Machinery down-time.
D. Machine hours.
E. Machine productivity.

 

AACSB: Reflective Thinking
AICPA: BB Critical Thinking
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Understand
Difficulty: 1 Easy
Learning Objective: 05-02 Describe activity-based costing (ABC), the steps in developing an ABC system, and the benefits of an ABC system.
Topic: Identify Cost Drivers
43. Which of the following activity cost pools would most likely be allocated based on the number of production runs?

A. Machinery set-up costs.
B. Raw materials warehousing costs.
C. Factory heating costs.
D. Factory janitorial costs.
E. Indirect labor costs.

 

AACSB: Reflective Thinking
AICPA: BB Critical Thinking
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Understand
Difficulty: 1 Easy
Learning Objective: 05-02 Describe activity-based costing (ABC), the steps in developing an ABC system, and the benefits of an ABC system.
Topic: Identify Cost Drivers
44. Which of the following is most likely to be the cost driver for the packaging and shipping activity?

A. Number of setups.
B. Number of components.
C. Number of orders.
D. Hours of testing.
E. Number of production runs.

 

AACSB: Reflective Thinking
AICPA: BB Critical Thinking
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Understand
Difficulty: 2 Medium
Learning Objective: 05-02 Describe activity-based costing (ABC), the steps in developing an ABC system, and the benefits of an ABC system.
Topic: Identify Cost Drivers
45. Activity-based costing systems:

A. Accumulate overhead costs by departments.
B. Are less complex and therefore less costly than volume-based systems.
C. Can be used in manufacturing firms only.
D. Have separate overhead rates for each activity.
E. Eliminate multiple-stage cost allocation.

 

AACSB: Reflective Thinking
AICPA: BB Critical Thinking
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Remember
Difficulty: 1 Easy
Learning Objective: 05-02 Describe activity-based costing (ABC), the steps in developing an ABC system, and the benefits of an ABC system.
Topic: Activity-Based Costing
46. Which of the following is not true regarding activity-based costing (ABC) systems?

A. ABC can provide more accurate product costs.
B. ABC identifies more costs as indirect costs than do traditional volume-based systems.
C. ABC is likely to be more time-consuming than volume-based systems.
D. ABC is used in both manufacturing and non-manufacturing companies.
E. ABC is likely to have more overhead rates than volume-based systems.

 

AACSB: Reflective Thinking
AICPA: BB Critical Thinking
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Remember
Difficulty: 1 Easy
Learning Objective: 05-02 Describe activity-based costing (ABC), the steps in developing an ABC system, and the benefits of an ABC system.
Topic: A Comparison of Volume-Based and Activity-Based Costing
47. All of the following are low-value-added activities except:

A. Processing.
B. Reworking.
C. Moving.
D. Inspection.
E. Warranty service.

 

AACSB: Reflective Thinking
AICPA: BB Critical Thinking
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Remember
Difficulty: 1 Easy
Learning Objective: 05-04 Explain activity-based management (ABM).
Topic: Value-Added Analysis
48. Which of the following cost pools are used to classify costs under activity-based costing?
  

  Unit Batch Product Facility
A) Yes Yes Yes No
B) Yes Yes Yes Yes
C) No Yes Yes No
D) Yes No Yes Yes
E) Yes Yes No No

 

A. Option A 
B. Option B 
C. Option C 
D. Option D 
E. Option E 

 

AACSB: Reflective Thinking
AICPA: BB Critical Thinking
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Remember
Difficulty: 1 Easy
Learning Objective: 05-02 Describe activity-based costing (ABC), the steps in developing an ABC system, and the benefits of an ABC system.
Topic: Identify Cost Drivers
49. Purchase order, set-up, and inspection costs are examples of:

A. Unit-level costs.
B. Batch-level costs.
C. Product-level costs.
D. Facility-level costs.
E. Department-level costs.

 

AACSB: Reflective Thinking
AICPA: BB Critical Thinking
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Remember
Difficulty: 2 Medium
Learning Objective: 05-02 Describe activity-based costing (ABC), the steps in developing an ABC system, and the benefits of an ABC system.
Topic: Identify Cost Drivers
50. Which of the following would not be considered a facility-level activity?

A. Providing security for the plant.
B. Factory property taxes and insurance.
C. Closing the books each month.
D. Placing purchase orders.

 

AACSB: Reflective Thinking
AICPA: BB Critical Thinking
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Understand
Difficulty: 2 Medium
Learning Objective: 05-02 Describe activity-based costing (ABC), the steps in developing an ABC system, and the benefits of an ABC system.
Topic: Identify Cost Drivers
51. Costs at the unit-level of activity should be allocated to products using cost drivers that are:

A. Customer-oriented.
B. Design-related.
C. Volume-related.
D. Product-related.
E. Order-related.

 

AACSB: Reflective Thinking
AICPA: BB Critical Thinking
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Remember
Difficulty: 2 Medium
Learning Objective: 05-02 Describe activity-based costing (ABC), the steps in developing an ABC system, and the benefits of an ABC system.
Topic: Identify Cost Drivers
52. If a costing system uses a single base to allocate overhead costs that are results of several production activities:

A. Products that use relatively more of this base tend to be undercosted.
B. Products that use relatively less of this base tend to be overcosted.
C. Products that use relatively more of this base tend to be overcosted.
D. Products may be over- or under-costed, depending on the activity level.
E. Products may be over- or under-costed, depending on the overhead rate.

 

AACSB: Analytical Thinking
AICPA: BB Critical Thinking
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Analyze
Difficulty: 2 Medium
Learning Objective: 05-03 Determine product costs under both the volume-based method and the activity-based method and contrast the two.
Topic: A Comparison of Volume-Based and Activity-Based Costing
53. Procurement costs such as costs of placing orders for materials and paying suppliers are usually classified as:

A. Output-unit-level costs.
B. Batch-level costs.
C. Product-level costs.
D. Facility-level costs.
E. Vendor costs.

 

AACSB: Reflective Thinking
AICPA: BB Critical Thinking
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Remember
Difficulty: 2 Medium
Learning Objective: 05-02 Describe activity-based costing (ABC), the steps in developing an ABC system, and the benefits of an ABC system.
Topic: Identify Cost Drivers
54. The cost of sales visits is a:

A. Customer unit-level cost.
B. Customer batch-level cost.
C. Customer-sustaining cost.
D. Distribution-channel cost.
E. Sales-sustaining cost.

 

AACSB: Reflective Thinking
AICPA: BB Critical Thinking
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Remember
Difficulty: 1 Easy
Learning Objective: 05-06 Use an activity-based approach to analyze customer profitability.
Topic: Customer Cost Analysis
55. Freight charges based on number of units shipped to customers is a:

A. Customer unit-level cost.
B. Customer batch-level cost.
C. Customer-sustaining cost.
D. Distribution-channel cost.
E. Sales-level cost.

 

AACSB: Reflective Thinking
AICPA: BB Critical Thinking
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Remember
Difficulty: 1 Easy
Learning Objective: 05-06 Use an activity-based approach to analyze customer profitability.
Topic: Customer Cost Analysis
56. Processing sales returns and allowances is usually classified as a:

A. Customer unit-level cost.
B. Customer batch-level cost.
C. Customer-sustaining cost.
D. Distribution-channel cost.
E. Sales-level cost.

 

AACSB: Reflective Thinking
AICPA: BB Critical Thinking
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Remember
Difficulty: 2 Medium
Learning Objective: 05-06 Use an activity-based approach to analyze customer profitability.
Topic: Customer Cost Analysis
57. Invoicing cost is an example of a:

A. Customer unit-level cost.
B. Customer batch-level cost.
C. Customer-sustaining cost.
D. Distribution-channel cost.
E. Sales-level cost.

 

AACSB: Reflective Thinking
AICPA: BB Critical Thinking
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Remember
Difficulty: 2 Medium
Learning Objective: 05-06 Use an activity-based approach to analyze customer profitability.
Topic: Customer Cost Analysis
58. The cost to process monthly statements is an example of a:

A. Customer unit-level cost.
B. Customer batch-level cost.
C. Customer-sustaining cost.
D. Distribution-channel cost.
E. Sales-level cost.

 

AACSB: Reflective Thinking
AICPA: BB Critical Thinking
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Remember
Difficulty: 1 Easy
Learning Objective: 05-06 Use an activity-based approach to analyze customer profitability.
Topic: Customer Cost Analysis
59. The costs of operating a regional warehouse is an example of a:

A. Customer unit-level cost.
B. Customer batch-level cost.
C. Customer-sustaining cost.
D. Distribution-channel cost.
E. Sales-level cost.

 

AACSB: Reflective Thinking
AICPA: BB Critical Thinking
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Remember
Difficulty: 1 Easy
Learning Objective: 05-06 Use an activity-based approach to analyze customer profitability.
Topic: Customer Profitability
60. General corporate sales expenditures are:

A. Customer unit-level costs.
B. Customer batch-level costs.
C. Customer-sustaining costs.
D. Distribution-channel costs.
E. Sales-sustaining costs.

 

AACSB: Reflective Thinking
AICPA: BB Critical Thinking
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Remember
Difficulty: 1 Easy
Learning Objective: 05-06 Use an activity-based approach to analyze customer profitability.
Topic: Customer Cost Analysis
61. The general sales manager’s salary is an example of a:

A. Customer unit-level cost.
B. Customer batch-level cost.
C. Customer-sustaining cost.
D. Distribution-channel cost.
E. Sales-sustaining cost.

 

AACSB: Reflective Thinking
AICPA: BB Critical Thinking
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Remember
Difficulty: 1 Easy
Learning Objective: 05-06 Use an activity-based approach to analyze customer profitability.
Topic: Customer Cost Analysis
62. Which of the following is a description of categorizing related customer costs into cost pools on the basis of cost drivers?

A. Customer revenue analysis.
B. Customer cost analysis.
C. Customer profitability analysis.
D. Customer value assessment.
E. Customer equity analysis.

 

AACSB: Reflective Thinking
AICPA: BB Critical Thinking
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Understand
Difficulty: 1 Easy
Learning Objective: 05-06 Use an activity-based approach to analyze customer profitability.
Topic: Customer Cost Analysis
63. Wings Co. budgeted $555,600 manufacturing direct wages, 2,315 direct labor hours, and had the following manufacturing overhead:
  

Overhead Cost Pool Budgeted Overhead Cost Budgeted Level for Cost Driver Overhead Cost Driver
Materials handling $160,000 3,200 pounds Weight of materials
Machine setup 13,200 390 setups Number of setups
Machine repair 1,380 30,000 machine hours Machine hours
Inspections 10,560 160 inspections Number of inspections

 Requirements for Job #971 which manufactured 4 units of product:
  

Direct labor 20 hours
Direct materials 130 pounds
Machine setup 30 setups
Machine hours 15,000 machine hours
Inspections 15 inspections

 If Wings uses a volume-based overhead rate based on direct labor hours, the manufacturing overhead for Job #971 is:

A. $990. 
B. $1,020. 
C. $1,600. 
D. $3,460. 
E. $6,400. 

1. ($160,000 + $13,260 + $1,380 + $10,560) ÷ 2,315 budgeted hours = $80 per direct labor hour
2. $80 × 20 Direct labor hours = $1,600 = Manufacturing overhead for Job #971 

 

AACSB: Knowledge Application
AICPA: BB Critical Thinking
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Apply
Difficulty: 1 Easy
Learning Objective: 05-03 Determine product costs under both the volume-based method and the activity-based method and contrast the two.
Topic: Product Costing
64. Wings Co. budgeted $555,600 manufacturing direct wages, 2,315 direct labor hours, and had the following manufacturing overhead:
  

Overhead Cost Pool Budgeted Overhead Cost Budgeted Level for Cost Driver Overhead Cost Driver
Materials handling $160,000 3,200 pounds Weight of materials
Machine setup 13,200 390 setups Number of setups
Machine repair 1,380 30,000 machine hours Machine hours
Inspections 10,560 160 inspections Number of inspections

 Requirements for Job #971 which manufactured 4 units of product:
  

Direct labor 20 hours
Direct materials 130 pounds
Machine setup 30 setups
Machine hours 15,000 machine hours
Inspections 15 inspections

 Using ABC, the materials handling overhead cost assigned to Job #971 is:

A. $2,300. 
B. $990. 
C. $6,500. 
D. $690. 
E. $1,020. 

1. $160,000 ÷ 3,200 pounds = $50 per pound of direct materials
2. $50 × 130 pounds = $6,500 

 

AACSB: Knowledge Application
AICPA: BB Critical Thinking
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Apply
Difficulty: 1 Easy
Learning Objective: 05-03 Determine product costs under both the volume-based method and the activity-based method and contrast the two.
Topic: Product Costing
65. Wings Co. budgeted $555,600 manufacturing direct wages, 2,315 direct labor hours, and had the following manufacturing overhead:
  

Overhead Cost Pool Budgeted Overhead Cost Budgeted Level for Cost Driver Overhead Cost Driver
Materials handling $160,000 3,200 pounds Weight of materials
Machine setup 13,200 390 setups Number of setups
Machine repair 1,380 30,000 machine hours Machine hours
Inspections 10,560 160 inspections Number of inspections

 Requirements for Job #971 which manufactured 4 units of product:
  

Direct labor 20 hours
Direct materials 130 pounds
Machine setup 30 setups
Machine hours 15,000 machine hours
Inspections 15 inspections

 Using ABC, overhead cost assigned to Job #971 for machine setup is:

A. $2,300. 
B. $990. 
C. $6,500. 
D. $690. 
E. $1,020. 

1. $13,260 ÷ 390 set-ups = $34
2. $34 × 30 setups = $1,020 

 

AACSB: Knowledge Application
AICPA: BB Critical Thinking
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Apply
Difficulty: 1 Easy
Learning Objective: 05-03 Determine product costs under both the volume-based method and the activity-based method and contrast the two.
Topic: Product Costing
66. Wings Co. budgeted $555,600 manufacturing direct wages, 2,315 direct labor hours, and had the following manufacturing overhead:
  

Overhead Cost Pool Budgeted Overhead Cost Budgeted Level for Cost Driver Overhead Cost Driver
Materials handling $160,000 3,200 pounds Weight of materials
Machine setup 13,200 390 setups Number of setups
Machine repair 1,380 30,000 machine hours Machine hours
Inspections 10,560 160 inspections Number of inspections

 Requirements for Job #971 which manufactured 4 units of product:
  

Direct labor 20 hours
Direct materials 130 pounds
Machine setup 30 setups
Machine hours 15,000 machine hours
Inspections 15 inspections

 Using ABC, overhead cost assigned to Job #971 for machine repair is:

A. $2,300. 
B. $990. 
C. $6,500. 
D. $690. 
E. $1,020. 

1. $1,380 ÷ 30,000 machine hours = $.046 per machine hour
2. $.046 × 15,000 machine hours = $690 

 

AACSB: Knowledge Application
AICPA: BB Critical Thinking
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Apply
Difficulty: 1 Easy
Learning Objective: 05-03 Determine product costs under both the volume-based method and the activity-based method and contrast the two.
Topic: Product Costing
67. Wings Co. budgeted $555,600 manufacturing direct wages, 2,315 direct labor hours, and had the following manufacturing overhead:
  

Overhead Cost Pool Budgeted Overhead Cost Budgeted Level for Cost Driver Overhead Cost Driver
Materials handling $160,000 3,200 pounds Weight of materials
Machine setup 13,200 390 setups Number of setups
Machine repair 1,380 30,000 machine hours Machine hours
Inspections 10,560 160 inspections Number of inspections

 Requirements for Job #971 which manufactured 4 units of product:
  

Direct labor 20 hours
Direct materials 130 pounds
Machine setup 30 setups
Machine hours 15,000 machine hours
Inspections 15 inspections

 Using ABC, overhead cost assigned to Job #971 for inspections is:

A. $2,300. 
B. $990. 
C. $6,500. 
D. $690. 
E. $1,020. 

1. $10, 560 ÷ 160 inspections = $66 per inspection
2. $66 × 15 inspections = $990 

 

AACSB: Knowledge Application
AICPA: BB Critical Thinking
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Apply
Difficulty: 1 Easy
Learning Objective: 05-03 Determine product costs under both the volume-based method and the activity-based method and contrast the two.
Topic: Product Costing
68. Wings Co. budgeted $555,600 manufacturing direct wages, 2,315 direct labor hours, and had the following manufacturing overhead:
  

Overhead Cost Pool Budgeted Overhead Cost Budgeted Level for Cost Driver Overhead Cost Driver
Materials handling $160,000 3,200 pounds Weight of materials
Machine setup 13,200 390 setups Number of setups
Machine repair 1,380 30,000 machine hours Machine hours
Inspections 10,560 160 inspections Number of inspections

 Requirements for Job #971 which manufactured 4 units of product:
  

Direct labor 20 hours
Direct materials 130 pounds
Machine setup 30 setups
Machine hours 15,000 machine hours
Inspections 15 inspections

 The total overhead of Job #971 under the ABC costing is:

A. $95. 
B. $380. 
C. $1,520. 
D. $2,300. 
E. $9,200. 

$6,500 + $1,020 + $690 + $990 = $9,200 

 

AACSB: Knowledge Application
AICPA: BB Critical Thinking
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Apply
Difficulty: 2 Medium
Learning Objective: 05-03 Determine product costs under both the volume-based method and the activity-based method and contrast the two.
Topic: Product Costing
69. National Inc. manufactures two models of CMD that can be used as cell phones, MPX, and digital camcorders.
  

Model Annual Sales in Units
High F 10,000
Great P 16,000

 National uses a volume-based costing system to apply factory overhead based on direct labor dollars. The unit prime costs of each product were as follows:
  

  High F Great P
Direct materials $38.00 $25.40
Direct labor $17.52 $13.14

 

Budget factory overhead:    
Engineering and Design 2,409 engineering hours $404,712
Quality Control 12,848 inspection hours 269,808
Machinery 33,726 machine hours 539,616
Miscellaneous Overhead 26,400 direct labor hours    134,904
Total   $1,349,040

 National’s controller had been researching activity-based costing and decided to switch to it. A special study determined National’s two products have the following budgeted activities:
  

  High F Great P
Engineering and design hours 969 1,440
Quality control inspection hours 5,648 7,200
Machine hours 20,286 13,440
Labor hours 12,000 14,400

 What is the overhead application rate using the firm’s volume-based costing system (rounded to the nearest percent or cents)?

A. 350 percent of direct labor cost. 
B. $51.89 per direct labor-hour. 
C. 68 per cent of direct labor cost. 
D. 5,189 percent of direct labor cost. 
E. 5,110 percent of direct labor cost. 

$1,349,040 ÷ [(10,000 × $17.52) + (16,000 × $13.14)] = 3.5 

 

AACSB: Knowledge Application
AICPA: BB Critical Thinking
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Apply
Difficulty: 2 Medium
Learning Objective: 05-03 Determine product costs under both the volume-based method and the activity-based method and contrast the two.
Topic: Product Costing
70. National Inc. manufactures two models of CMD that can be used as cell phones, MPX, and digital camcorders.
  

Model Annual Sales in Units
High F 10,000
Great P 16,000

 National uses a volume-based costing system to apply factory overhead based on direct labor dollars. The unit prime costs of each product were as follows:
  

  High F Great P
Direct materials $38.00 $25.40
Direct labor $17.52 $13.14

 

Budget factory overhead:    
Engineering and Design 2,409 engineering hours $404,712
Quality Control 12,848 inspection hours 269,808
Machinery 33,726 machine hours 539,616
Miscellaneous Overhead 26,400 direct labor hours    134,904
Total   $1,349,040

 National’s controller had been researching activity-based costing and decided to switch to it. A special study determined National’s two products have the following budgeted activities:
  

  High F Great P
Engineering and design hours 969 1,440
Quality control inspection hours 5,648 7,200
Machine hours 20,286 13,440
Labor hours 12,000 14,400

 Using the firm’s volume-based costing, applied factory overhead per unit for the High F model is (rounded to the nearest cent):

A. $61.32. 
B. $65.43. 
C. $43.42. 
D. $45.99. 
E. $54.04. 

$17.52 × 350% = $61.32 

 

AACSB: Knowledge Application
AICPA: BB Critical Thinking
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Apply
Difficulty: 2 Medium
Learning Objective: 05-03 Determine product costs under both the volume-based method and the activity-based method and contrast the two.
Topic: Product Costing
71. National Inc. manufactures two models of CMD that can be used as cell phones, MPX, and digital camcorders.
  

Model Annual Sales in Units
High F 10,000
Great P 16,000

 National uses a volume-based costing system to apply factory overhead based on direct labor dollars. The unit prime costs of each product were as follows:
   

  High F Great P
Direct materials $38.00 $25.40
Direct labor $17.52 $13.14

 

Budget factory overhead:    
Engineering and Design 2,409 engineering hours $404,712
Quality Control 12,848 inspection hours 269,808
Machinery 33,726 machine hours 539,616
Miscellaneous Overhead 26,400 direct labor hours    134,904
Total   $1,349,040

 National’s controller had been researching activity-based costing and decided to switch to it. A special study determined National’s two products have the following budgeted activities:
  

  High F Great P
Engineering and design hours 969 1,440
Quality control inspection hours 5,648 7,200
Machine hours 20,286 13,440
Labor hours 12,000 14,400

 Using the firm’s volume- based costing, applied factory overhead per unit for the Great P model is (rounded to the nearest cent):

A. $61.32. 
B. $65.43. 
C. $43.42. 
D. $45.99. 
E. $54.04. 

$13.14 × 350% = $45.99 

 

AACSB: Knowledge Application
AICPA: BB Critical Thinking
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Apply
Difficulty: 2 Medium
Learning Objective: 05-03 Determine product costs under both the volume-based method and the activity-based method and contrast the two.
Topic: Product Costing
72. National Inc. manufactures two models of CMD that can be used as cell phones, MPX, and digital camcorders.
  

Model Annual Sales in Units
High F 10,000
Great P 16,000

 National uses a volume-based costing system to apply factory overhead based on direct labor dollars. The unit prime costs of each product were as follows:
  

  High F Great P
Direct materials $38.00 $25.40
Direct labor $17.52 $13.14

 

Budget factory overhead:    
Engineering and Design 2,409 engineering hours $404,712
Quality Control 12,848 inspection hours 269,808
Machinery 33,726 machine hours 539,616
Miscellaneous Overhead 26,400 direct labor hours    134,904
Total   $1,349,040

 National’s controller had been researching activity-based costing and decided to switch to it. A special study determined National’s two products have the following budgeted activities:
  

  High F Great P
Engineering and design hours 969 1,440
Quality control inspection hours 5,648 7,200
Machine hours 20,286 13,440
Labor hours 12,000 14,400

 Using activity-based costing, applied engineering and design factory overhead for the High F model per unit is (rounded to the nearest cent):

A. $6.13. 
B. $11.86. 
C. $16.28. 
D. $32.46. 
E. $66.73. 

1. $404,712 ÷ 2,409 hours = $168 per engineering & design hour
2. $168 × 969 hours = $162,792
3. $162, 792 ÷ 10,000 High F units = $16.28 

 

AACSB: Knowledge Application
AICPA: BB Critical Thinking
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Apply
Difficulty: 2 Medium
Learning Objective: 05-03 Determine product costs under both the volume-based method and the activity-based method and contrast the two.
Topic: Product Costing
73. National Inc. manufactures two models of CMD that can be used as cell phones, MPX, and digital camcorders.
  

Model Annual Sales in Units
High F 10,000
Great P 16,000

 National uses a volume-based costing system to apply factory overhead based on direct labor dollars. The unit prime costs of each product were as follows:
   

  High F Great P
Direct materials $38.00 $25.40
Direct labor $17.52 $13.14

 

Budget factory overhead:    
Engineering and Design 2,409 engineering hours $404,712
Quality Control 12,848 inspection hours 269,808
Machinery 33,726 machine hours 539,616
Miscellaneous Overhead 26,400 direct labor hours    134,904
Total   $1,349,040

 National’s controller had been researching activity-based costing and decided to switch to it. A special study determined National’s two products have the following budgeted activities:
  

  High F Great P
Engineering and design hours 969 1,440
Quality control inspection hours 5,648 7,200
Machine hours 20,286 13,440
Labor hours 12,000 14,400

 Using activity-based costing, applied quality control factory overhead for the High F model per unit is (rounded to the nearest cent):

A. $6.13. 
B. $11.86. 
C. $16.28. 
D. $32.46. 
E. $66.73. 

1. $269,808 ÷ 12,848 inspection hours = $21 per inspection hour
2. $21 × 5,648 = $118,608
3. $118,608 ÷ 10,000 High F units = $11.86 

 

AACSB: Knowledge Application
AICPA: BB Critical Thinking
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Apply
Difficulty: 2 Medium
Learning Objective: 05-03 Determine product costs under both the volume-based method and the activity-based method and contrast the two.
Topic: Product Costing
74. National Inc. manufactures two models of CMD that can be used as cell phones, MPX, and digital camcorders.
  

Model Annual Sales in Units
High F 10,000
Great P 16,000

 National uses a volume-based costing system to apply factory overhead based on direct labor dollars. The unit prime costs of each product were as follows:
  

  High F Great P
Direct materials $38.00 $25.40
Direct labor $17.52 $13.14

 

Budget factory overhead:    
Engineering and Design 2,409 engineering hours $404,712
Quality Control 12,848 inspection hours 269,808
Machinery 33,726 machine hours 539,616
Miscellaneous Overhead 26,400 direct labor hours    134,904
Total   $1,349,040

 National’s controller had been researching activity-based costing and decided to switch to it. A special study determined National’s two products have the following budgeted activities:
  

  High F Great P
Engineering and design hours 969 1,440
Quality control inspection hours 5,648 7,200
Machine hours 20,286 13,440
Labor hours 12,000 14,400

 Using activity-based costing, applied machinery overhead for the High F model per unit is (rounded to the nearest cent):

A. $6.13. 
B. $11.86. 
C. $16.28. 
D. $32.46. 
E. $66.73. 

1. $539,616 ÷ 33,726 machine hours = $16 per machine hour
2. $16 × 20,286 = $324,576
3. $324,576 ÷ 10,000 High F units = $32.46 

 

AACSB: Knowledge Application
AICPA: BB Critical Thinking
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Apply
Difficulty: 2 Medium
Learning Objective: 05-03 Determine product costs under both the volume-based method and the activity-based method and contrast the two.
Topic: Product Costing
75. National Inc. manufactures two models of CMD that can be used as cell phones, MPX, and digital camcorders.
  

Model Annual Sales in Units
High F 10,000
Great P 16,000

 National uses a volume-based costing system to apply factory overhead based on direct labor dollars. The unit prime costs of each product were as follows:
  

  High F Great P
Direct materials $38.00 $25.40
Direct labor $17.52 $13.14

 

Budget factory overhead:    
Engineering and Design 2,409 engineering hours $404,712
Quality Control 12,848 inspection hours 269,808
Machinery 33,726 machine hours 539,616
Miscellaneous Overhead 26,400 direct labor hours    134,904
Total   $1,349,040

 National’s controller had been researching activity-based costing and decided to switch to it. A special study determined National’s two products have the following budgeted activities:
  

  High F Great P
Engineering and design hours 969 1,440
Quality control inspection hours 5,648 7,200
Machine hours 20,286 13,440
Labor hours 12,000 14,400

 Using activity-based costing, applied miscellaneous overhead for the High F model per unit is (rounded to the nearest cent):

A. $6.13. 
B. $11.86. 
C. $16.28. 
D. $32.36. 
E. $66.73. 

1. $134,904 ÷ 26,400 = $5.11
2. ($5.11 × 12,000) ÷ 10,000 = $6.13 

 

AACSB: Knowledge Application
AICPA: BB Critical Thinking
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Apply
Difficulty: 2 Medium
Learning Objective: 05-03 Determine product costs under both the volume-based method and the activity-based method and contrast the two.
Topic: Product Costing
76. National Inc. manufactures two models of CMD that can be used as cell phones, MPX, and digital camcorders.
  

Model Annual Sales in Units
High F 10,000
Great P 16,000

 National uses a volume-based costing system to apply factory overhead based on direct labor dollars. The unit prime costs of each product were as follows:
  

  High F Great P
Direct materials $38.00 $25.40
Direct labor $17.52 $13.14

 

Budget factory overhead:    
Engineering and Design 2,409 engineering hours $404,712
Quality Control 12,848 inspection hours 269,808
Machinery 33,726 machine hours 539,616
Miscellaneous Overhead 26,400 direct labor hours    134,904
Total   $1,349,040

 National’s controller had been researching activity-based costing and decided to switch to it. A special study determined National’s two products have the following budgeted activities:
  

  High F Great P
Engineering and design hours 969 1,440
Quality control inspection hours 5,648 7,200
Machine hours 20,286 13,440
Labor hours 12,000 14,400

 Using activity-based costing, total overhead per unit of the High F model is (rounded to the nearest cent):

A. $42.61. 
B. $45.99. 
C. $61.32. 
D. $66.73. 
E. $168.00. 

$16.28 + $11.86 + $32.46 + $6.13 = $66.73 

 

AACSB: Knowledge Application
AICPA: BB Critical Thinking
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Apply
Difficulty: 3 Hard
Learning Objective: 05-03 Determine product costs under both the volume-based method and the activity-based method and contrast the two.
Topic: Product Costing
77. National Inc. manufactures two models of CMD that can be used as cell phones, MPX, and digital camcorders.
  

Model Annual Sales in Units
High F 10,000
Great P 16,000

 National uses a volume-based costing system to apply factory overhead based on direct labor dollars. The unit prime costs of each product were as follows:
  

  High F Great P
Direct materials $38.00 $25.40
Direct labor $17.52 $13.14

 

Budget factory overhead:    
Engineering and Design 2,409 engineering hours $404,712
Quality Control 12,848 inspection hours 269,808
Machinery 33,726 machine hours 539,616
Miscellaneous Overhead 26,400 direct labor hours    134,904
Total   $1,349,040

 National’s controller had been researching activity-based costing and decided to switch to it. A special study determined National’s two products have the following budgeted activities:
  

  High F Great P
Engineering and design hours 969 1,440
Quality control inspection hours 5,648 7,200
Machine hours 20,286 13,440
Labor hours 12,000 14,400

 Using activity-based costing, applied engineering and design factory overhead for the Great P model per unit is (rounded to the nearest cent):

A. $4.60. 
B. $9.45. 
C. $13.44. 
D. $15.12. 
E. $42.61. 

1. $404,712 ÷ 2,409 hours = $168 per engineering & design hour
2. $168 × 1,440 hours = $241,920
3. $241,920 ÷ 16,000 Great P units = $15.12 

 

AACSB: Knowledge Application
AICPA: BB Critical Thinking
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Apply
Difficulty: 2 Medium
Learning Objective: 05-03 Determine product costs under both the volume-based method and the activity-based method and contrast the two.
Topic: Product Costing
78. National Inc. manufactures two models of CMD that can be used as cell phones, MPX, and digital camcorders.
  

Model Annual Sales in Units
High F 10,000
Great P 16,000

 National uses a volume-based costing system to apply factory overhead based on direct labor dollars. The unit prime costs of each product were as follows:
  

  High F Great P
Direct materials $38.00 $25.40
Direct labor $17.52 $13.14

 

Budget factory overhead:    
Engineering and Design 2,409 engineering hours $404,712
Quality Control 12,848 inspection hours 269,808
Machinery 33,726 machine hours 539,616
Miscellaneous Overhead 26,400 direct labor hours    134,904
Total   $1,349,040

 National’s controller had been researching activity-based costing and decided to switch to it. A special study determined National’s two products have the following budgeted activities:
  

  High F Great P
Engineering and design hours 969 1,440
Quality control inspection hours 5,648 7,200
Machine hours 20,286 13,440
Labor hours 12,000 14,400

 Using activity-based costing, applied quality control factory overhead for the Great P model per unit is (rounded to the nearest cent):

A. $4.60. 
B. $9.45. 
C. $13.44. 
D. $15.12. 
E. $42.61. 

1. $269,808 ÷ 12,848 inspection hours = $21 per inspection hour
2. $21 × 7,200 = $151,200
3. $151,200 ÷ 16,000 Great P units = $9.45 

 

AACSB: Knowledge Application
AICPA: BB Critical Thinking
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Apply
Difficulty: 2 Medium
Learning Objective: 05-03 Determine product costs under both the volume-based method and the activity-based method and contrast the two.
Topic: Product Costing
79. National Inc. manufactures two models of CMD that can be used as cell phones, MPX, and digital camcorders.
  

Model Annual Sales in Units
High F 10,000
Great P 16,000

 National uses a volume-based costing system to apply factory overhead based on direct labor dollars. The unit prime costs of each product were as follows:
  

  High F Great P
Direct materials $38.00 $25.40
Direct labor $17.52 $13.14

 

Budget factory overhead:    
Engineering and Design 2,409 engineering hours $404,712
Quality Control 12,848 inspection hours 269,808
Machinery 33,726 machine hours 539,616
Miscellaneous Overhead 26,400 direct labor hours    134,904
Total   $1,349,040

 National’s controller had been researching activity-based costing and decided to switch to it. A special study determined National’s two products have the following budgeted activities:
  

  High F Great P
Engineering and design hours 969 1,440
Quality control inspection hours 5,648 7,200
Machine hours 20,286 13,440
Labor hours 12,000 14,400

 Using activity-based costing, applied machinery overhead for the Great P model per unit is (rounded to the nearest cent):

A. $4.60. 
B. $9.45. 
C. $13.44. 
D. $15.12. 
E. $42.61. 

1. $539,616 ÷ 33,726 machine hours = $16 per machine hour
2. $16 × 13,440 = $215,040
3. $215,040 ÷ 16,000 Great P units = $13.44 

 

AACSB: Knowledge Application
AICPA: BB Critical Thinking
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Apply
Difficulty: 2 Medium
Learning Objective: 05-03 Determine product costs under both the volume-based method and the activity-based method and contrast the two.
Topic: Product Costing
80. National Inc. manufactures two models of CMD that can be used as cell phones, MPX, and digital camcorders.
  

Model Annual Sales in Units
High F 10,000
Great P 16,000

 National uses a volume-based costing system to apply factory overhead based on direct labor dollars. The unit prime costs of each product were as follows:
  

  High F Great P
Direct materials $38.00 $25.40
Direct labor $17.52 $13.14

 

Budget factory overhead:    
Engineering and Design 2,409 engineering hours $404,712
Quality Control 12,848 inspection hours 269,808
Machinery 33,726 machine hours 539,616
Miscellaneous Overhead 26,400 direct labor hours    134,904
Total   $1,349,040

 National’s controller had been researching activity-based costing and decided to switch to it. A special study determined National’s two products have the following budgeted activities:
  

  High F Great P
Engineering and design hours 969 1,440
Quality control inspection hours 5,648 7,200
Machine hours 20,286 13,440
Labor hours 12,000 14,400

 Using activity-based costing, applied miscellaneous overhead for the Great P model per unit is (rounded to the nearest cent):

A. $4.60. 
B. $9.45. 
C. $13.44. 
D. $15.12. 
E. $42.61. 

1. $134,904 ÷ 26,400 = $5.11
 2. ($5.11 × 14,400) ÷ 16,000 = $4.60 

 

AACSB: Knowledge Application
AICPA: BB Critical Thinking
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Apply
Difficulty: 3 Hard
Learning Objective: 05-03 Determine product costs under both the volume-based method and the activity-based method and contrast the two.
Topic: Product Costing
81. National Inc. manufactures two models of CMD that can be used as cell phones, MPX, and digital camcorders.
  

Model Annual Sales in Units
High F 10,000
Great P 16,000

 National uses a volume-based costing system to apply factory overhead based on direct labor dollars. The unit prime costs of each product were as follows:
  

  High F Great P
Direct materials $38.00 $25.40
Direct labor $17.52 $13.14

 

Budget factory overhead:    
Engineering and Design 2,409 engineering hours $404,712
Quality Control 12,848 inspection hours 269,808
Machinery 33,726 machine hours 539,616
Miscellaneous Overhead 26,400 direct labor hours    134,904
Total   $1,349,040

 National’s controller had been researching activity-based costing and decided to switch to it. A special study determined National’s two products have the following budgeted activities:
  

  High F Great P
Engineering and design hours 969 1,440
Quality control inspection hours 5,648 7,200
Machine hours 20,286 13,440
Labor hours 12,000 14,400

 Using activity-based costing, total overhead per unit of Great P model is (rounded to the nearest cent):

A. $42.61. 
B. $45.99. 
C. $61.32. 
D. $66.73. 
E. $168.00. 

$15.12 + $9.45 + $13.44 + $4.60 = $42.61 

 

AACSB: Knowledge Application
AICPA: BB Critical Thinking
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Apply
Difficulty: 3 Hard
Learning Objective: 05-03 Determine product costs under both the volume-based method and the activity-based method and contrast the two.
Topic: Product Costing
82. Sheen Co. manufacturers laser printers. It has outlined the following overhead cost drivers:
  

Overhead Costs Pool Cost Driver Overhead Cost Budgeted Level for Cost Driver
Quality control Number of inspections $64,800 1,080
Machine operation Machine hours 132,000 1,100
Materials handling Number of batches 900 30
Miscellaneous overhead cost Direct labor hours 48,000 4,000

 Sheen Co. has an order for 1,000 laser printers that has the following production requirements:
  

Number of inspections 175
Machine hours 180
Number of batches 5
Direct labor hours 650

 Using activity-based costing, applied quality control factory overhead for the 1,000 laser printers order is:

A. $7,800. 
B. $10,000. 
C. $10,500. 
D. $150. 
E. $21,600. 

1. $64,800 ÷ 1,080 = $60 per inspection
2. $60 × 175 = $10,500 

 

AACSB: Knowledge Application
AICPA: BB Critical Thinking
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Apply
Difficulty: 1 Easy
Learning Objective: 05-03 Determine product costs under both the volume-based method and the activity-based method and contrast the two.
Topic: Product Costing
83. Sheen Co. manufacturers laser printers. It has outlined the following overhead cost drivers:
  

Overhead Costs Pool Cost Driver Overhead Cost Budgeted Level for Cost Driver
Quality control Number of inspections $64,800 1,080
Machine operation Machine hours 132,000 1,100
Materials handling Number of batches 900 30
Miscellaneous overhead cost Direct labor hours 48,000 4,000

 Sheen Co. has an order for 1,000 laser printers that has the following production requirements:
  

Number of inspections 175
Machine hours 180
Number of batches 5
Direct labor hours 650

 Using activity-based costing, applied machine repetition overhead for the 1,000 laser printers order is:

A. $7,800. 
B. $10,000. 
C. $10,500. 
D. $150. 
E. $21,600. 

1. $132,000 ÷ 1,100 = $120 per machine hour
2. $120 × 180 = $21,600 

 

AACSB: Knowledge Application
AICPA: BB Critical Thinking
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Apply
Difficulty: 1 Easy
Learning Objective: 05-03 Determine product costs under both the volume-based method and the activity-based method and contrast the two.
Topic: Product Costing
84. Sheen Co. manufacturers laser printers. It has outlined the following overhead cost drivers:
  

Overhead Costs Pool Cost Driver Overhead Cost Budgeted Level for Cost Driver
Quality control Number of inspections $64,800 1,080
Machine operation Machine hours 132,000 1,100
Materials handling Number of batches 900 30
Miscellaneous overhead cost Direct labor hours 48,000 4,000

 Sheen Co. has an order for 1,000 laser printers that has the following production requirements:
  

Number of inspections 175
Machine hours 180
Number of batches 5
Direct labor hours 650

 Using activity-based costing, applied materials handling factory overhead for the 1,000 laser printers order is:

A. $7,800. 
B. $10,000. 
C. $10,500. 
D. $150. 
E. $21,600. 

1. $900 ÷ 30 = $30 per batch
2. $30 × 5 batches = $150 

 

AACSB: Knowledge Application
AICPA: BB Critical Thinking
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Apply
Difficulty: 1 Easy
Learning Objective: 05-03 Determine product costs under both the volume-based method and the activity-based method and contrast the two.
Topic: Product Costing
85. Sheen Co. manufacturers laser printers. It has outlined the following overhead cost drivers:
  

Overhead Costs Pool Cost Driver Overhead Cost Budgeted Level for Cost Driver
Quality control Number of inspections $64,800 1,080
Machine operation Machine hours 132,000 1,100
Materials handling Number of batches 900 30
Miscellaneous overhead cost Direct labor hours 48,000 4,000

 Sheen Co. has an order for 1,000 laser printers that has the following production requirements:
  

Number of inspections 175
Machine hours 180
Number of batches 5
Direct labor hours 650

 Using activity-based costing, applied miscellaneous factory overhead for the 1,000 laser printers order based on direct labor hours is:

A. $7,800. 
B. $10,000. 
C. $10,500. 
D. $150. 
E. $21,600. 

1. $48,000 ÷ 4,000 direct labor hours = $12 per labor hour
2. $12 × 650 labor hours = $7,800 

 

AACSB: Knowledge Application
AICPA: BB Critical Thinking
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Apply
Difficulty: 1 Easy
Learning Objective: 05-03 Determine product costs under both the volume-based method and the activity-based method and contrast the two.
Topic: Product Costing
86. Sheen Co. manufacturers laser printers. It has outlined the following overhead cost drivers:
  

Overhead Costs Pool Cost Driver Overhead Cost Budgeted Level for Cost Driver
Quality control Number of inspections $64,800 1,080
Machine operation Machine hours 132,000 1,100
Materials handling Number of batches 900 30
Miscellaneous overhead cost Direct labor hours 48,000 4,000

 Sheen Co. has an order for 1,000 laser printers that has the following production requirements:
  

Number of inspections 175
Machine hours 180
Number of batches 5
Direct labor hours 650

 What is the total overhead cost per unit of the laser printers order using activity-based costing (rounded to the nearest cent)?

A. $39.55. 
B. $40.05. 
C. $42.25. 
D. $50.65. 
E. $58.30. 

($10,500 + $21,600 + $150 + $7,800) ÷ 1,000 = $40.05 

 

AACSB: Knowledge Application
AICPA: BB Critical Thinking
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Apply
Difficulty: 2 Medium
Learning Objective: 05-03 Determine product costs under both the volume-based method and the activity-based method and contrast the two.
Topic: Product Costing
87. Diamond Cleats Co. manufactures cleats for baseball shoes. It has outlined the following overhead cost drivers:
  

Overhead Cost Pool Cost Driver Overhead Cost Budgeted Level for Cost Driver Budgeted
Quality Control # of inspections $78,000 1,200
Machine Time Machine hours 188,000 800
Materials Handling # of Batches 1,200 50
Miscellaneous Overhead Cost Direct labor hours 59,000 5,000

 Diamond Cleats Co. has an order for cleats that has the following production requirements:
  

Number of Inspections 375
Number of Machine hours 220
Number of Batches 8
Direct Labor Hours 840

 Using activity-based costing, applied quality control factory overhead for the baseball cleat order is:

A. $28,450. 
B. $30,220. 
C. $24,375. 
D. $21,150. 
E. $19,600. 

1. $78,000 ÷ 1,200 = $65 per inspection
2. $65 × 375 = $24,375 

 

AACSB: Knowledge Application
AICPA: BB Critical Thinking
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Apply
Difficulty: 1 Easy
Learning Objective: 05-03 Determine product costs under both the volume-based method and the activity-based method and contrast the two.
Topic: Product Costing
88. Diamond Cleats Co. manufactures cleats for baseball shoes. It has outlined the following overhead cost drivers:
  

Overhead Cost Pool Cost Driver Overhead Cost Budgeted Level for Cost Driver Budgeted
Quality Control # of inspections $78,000 1,200
Machine Time Machine hours 188,000 800
Materials Handling # of Batches 1,200 50
Miscellaneous Overhead Cost Direct labor hours 59,000 5,000

 Diamond Cleats Co. has an order for cleats that has the following production requirements:
  

Number of Inspections 375
Number of Machine hours 220
Number of Batches 8
Direct Labor Hours 840

 Using activity-based costing, applied machine overhead for the baseball cleat order is:

A. $47,800. 
B. $55,300. 
C. $40,500. 
D. $59,150. 
E. $51,700. 

1. $188,000 ÷ 800 = $235 per machine hour
2. $235 × 220 = $51,700 

 

AACSB: Knowledge Application
AICPA: BB Critical Thinking
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Apply
Difficulty: 1 Easy
Learning Objective: 05-03 Determine product costs under both the volume-based method and the activity-based method and contrast the two.
Topic: Product Costing
89. Diamond Cleats Co. manufactures cleats for baseball shoes. It has outlined the following overhead cost drivers:
  

Overhead Cost Pool Cost Driver Overhead Cost Budgeted Level for Cost Driver Budgeted
Quality Control # of inspections $78,000 1,200
Machine Time Machine hours 188,000 800
Materials Handling # of Batches 1,200 50
Miscellaneous Overhead Cost Direct labor hours 59,000 5,000

 Diamond Cleats Co. has an order for cleats that has the following production requirements:
  

Number of Inspections 375
Number of Machine hours 220
Number of Batches 8
Direct Labor Hours 840

 Using activity-based costing, applied materials handling factory overhead for the baseball cleat order is:

A. $338. 
B. $584. 
C. $192. 
D. $353. 
E. $686. 

1. $1200 ÷ 50 = $24 per batch
2. $24 × 8 batches = $192 

 

AACSB: Knowledge Application
AICPA: BB Critical Thinking
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Apply
Difficulty: 1 Easy
Learning Objective: 05-03 Determine product costs under both the volume-based method and the activity-based method and contrast the two.
Topic: Product Costing
90. Diamond Cleats Co. manufactures cleats for baseball shoes. It has outlined the following overhead cost drivers:
  

Overhead Cost Pool Cost Driver Overhead Cost Budgeted Level for Cost Driver Budgeted
Quality Control # of inspections $78,000 1,200
Machine Time Machine hours 188,000 800
Materials Handling # of Batches 1,200 50
Miscellaneous Overhead Cost Direct labor hours 59,000 5,000

 Diamond Cleats Co. has an order for cleats that has the following production requirements:
  

Number of Inspections 375
Number of Machine hours 220
Number of Batches 8
Direct Labor Hours 840

 Using activity-based costing, applied miscellaneous factory overhead for the baseball cleat order based on direct labor hours is:

A. $8,745. 
B. $10,312. 
C. $10,489. 
D. $9,912. 
E. $8,456. 

1. $59,000 ÷ 5,000 direct labor hours = $11.80 per labor hour
2. $11.80 × 840 labor hours = $9,912 

 

AACSB: Knowledge Application
AICPA: BB Critical Thinking
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Apply
Difficulty: 1 Easy
Learning Objective: 05-03 Determine product costs under both the volume-based method and the activity-based method and contrast the two.
Topic: Product Costing
91. Diamond Cleats Co. manufactures cleats for baseball shoes. It has outlined the following overhead cost drivers:
  

Overhead Cost Pool Cost Driver Overhead Cost Budgeted Level for Cost Driver Budgeted
Quality Control # of inspections $78,000 1,200
Machine Time Machine hours 188,000 800
Materials Handling # of Batches 1,200 50
Miscellaneous Overhead Cost Direct labor hours 59,000 5,000

 Diamond Cleats Co. has an order for cleats that has the following production requirements:
  

Number of Inspections 375
Number of Machine hours 220
Number of Batches 8
Direct Labor Hours 840

 ABC costing helps an organization implement its strategy through all of the following means except:

A. Providing accurate cost information. 
B. Identifying the most profitable products and customers. 
C. Helping improve cycle time. 
D. Identifying value added and non-value added activities. 
E. Providing a basis for effective utilization of capacity. 

 

AACSB: Reflective Thinking
AICPA: BB Critical Thinking
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Remember
Difficulty: 1 Easy
Learning Objective: 05-01 Explain the strategic role of activity-based costing.
Learning Objective: 05-03 Determine product costs under both the volume-based method and the activity-based method and contrast the two.
Topic: Strategic Role-Activity-Based Costing
92. If Activity X had a budgeted cost of $125,000 and a budgeted activity consumption of 10,000 engineering hours, what would the activity consumption rate be?

A. $10 per hour. 
B. $12.50 per hour. 
C. $0.08 per hour. 
D. 0.10 per hour. 

 

AACSB: Knowledge Application
AICPA: BB Critical Thinking
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Apply
Difficulty: 1 Easy
Learning Objective: 05-03 Determine product costs under both the volume-based method and the activity-based method and contrast the two.
Topic: Product Costing
93. Customer lifetime value is a type of analysis used to:

A. Assess the ethical practices of each salesperson-customer relationship.
B. Assess the current profit potential of a customer.
C. Assess the long term profit potential of a customer.
D. Assess the current profit potential of all the firm’s customers.
E. Assess the long term profit potential of all the firm’s customers.

 

AACSB: Reflective Thinking
AICPA: BB Critical Thinking
AICPA: FN Risk Analysis
Accessibility: Keyboard Navigation
Blooms: Remember
Difficulty: 1 Easy
Learning Objective: 05-07 Identify key factors for successful ABC/M implementation.
Topic: Activity-Based Costing
94. The cost of unused capacity can be determined using ABC costing for the purpose of:

A. Determining more accurately the ABC costs.
B. Helping managers plan the short and longer-term use of the operating resources.
C. Determining product profitability.
D. Completing an effective activity analysis.
E. All of these answer choices are correct.

 

AACSB: Reflective Thinking
AICPA: BB Resource Management
AICPA: FN Risk Analysis
Accessibility: Keyboard Navigation
Blooms: Remember
Difficulty: 1 Easy
Learning Objective: 05-03 Determine product costs under both the volume-based method and the activity-based method and contrast the two.
Topic: Strategic Role-Activity-Based Costing
95. Multistage ABC is used when:

A. There are many departments in the organization.
B. Management wants a higher level of accuracy from the ABC calculations.
C. There are complex relationships among the activities.
D. To simplify the ABC calculations.
E. There is no such thing as Multistage ABC.

 

AACSB: Reflective Thinking
AICPA: BB Critical Thinking
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Remember
Difficulty: 2 Medium
Learning Objective: 05-07 Identify key factors for successful ABC/M implementation.
Topic: Activity-Based Costing
96. An adaptation of ABC costing that simplifies ABC by assigning resource costs directly to cost objects is called:

A. Activity analysis.
B. Multistage ABC.
C. Time-Driven ABC.
D. Resource Consumption Accounting.
E. Customer profitability analysis.

 

AACSB: Reflective Thinking
AICPA: BB Critical Thinking
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Remember
Difficulty: 1 Easy
Learning Objective: 05-07 Identify key factors for successful ABC/M implementation.
Topic: Activity-Based Costing
97. The Time Equation is used in ABC to:

A. Track the implementation of the ABC system.
B. Assess the amount of time required for each activity, in determining the application rate.
C. Incorporate complexities in the application of ABC.
D. Plan for the implementation of an ABC system.
E. None of these answer choices are correct.

 

AACSB: Reflective Thinking
AICPA: BB Critical Thinking
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Remember
Difficulty: 1 Easy
Learning Objective: 05-07 Identify key factors for successful ABC/M implementation.
Topic: Activity-Based Costing
98. In the context of ABC, cross-subsidization refers to:

A. Production departments subsidizing each other.
B. Costing inaccuracies which affect the relative profitability of products.
C. Cross-selling products lines, which affect customer profitability.
D. Efforts to increased coordination among department heads.
E. None of these answer choices are correct.

 

AACSB: Reflective Thinking
AICPA: BB Critical Thinking
AICPA: FN Risk Analysis
Accessibility: Keyboard Navigation
Blooms: Understand
Difficulty: 2 Medium
Learning Objective: 05-03 Determine product costs under both the volume-based method and the activity-based method and contrast the two.
Topic: Strategic Role-Activity-Based Costing
99. Important concepts in resource consumption accounting include all of the following except:

A. Variable costing.
B. Resource interrelationships.
C. Activity interrelationships.
D. Detail level cost information.
E. Treatment of idle capacity.

 

AACSB: Analytical Thinking
AICPA: BB Resource Management
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Analyze
Difficulty: 3 Hard
Learning Objective: 05-07 Identify key factors for successful ABC/M implementation.
Topic: Activity-Based Costing
100. Time-driven ABC provides a direct way to measure:

A. Production efficiency.
B. Unused capacity.
C. Product line profitability.
D. Value-adding activities.
E. Customer value.

 

AACSB: Reflective Thinking
AICPA: BB Resource Management
AICPA: FN Risk Analysis
Accessibility: Keyboard Navigation
Blooms: Remember
Difficulty: 1 Easy
Learning Objective: 05-07 Identify key factors for successful ABC/M implementation.
Topic: Activity-Based Costing
101. Everlast Co. manufactures a variety of drill bits. The company’s plant is partially automated. The budget for the year includes $432,000 payroll for 4,800 direct labor-hours. Listed below is cost driver information used in the product-costing system:
  

Overhead Cost Pool Budgeted Overhead Cost Driver Estimated Cost Driver Level
Machine setups $120,000 # of setups 120 setups
Materials handling 104,400 # of barrels 8,700 barrels
Quality control 264,000 # of inspections 1,100 inspections
Other overhead cost  144,000 # of machine hours 12,000 machine hours
Total overhead $632,400    

 A current product order has the following requirements:
  

Machine setups 8 setups
Materials handling 606 barrels
Quality inspections 80 inspections
Machine hours 830 machine hours
Direct labor hour 336 hours

 What is the total manufacturing overhead for the current product order if the firm uses a plantwide rate based on direct labor-hours?

A. $9,960. 
B. $30,240. 
C. $43,741. 
D. $44,268. 
E. $109,352. 

1. $632,400 ÷ 4,800 direct labor hours = $131.75 per direct labor hour
2. $131.75 × 336 hours = $44,268 

 

AACSB: Knowledge Application
AICPA: BB Critical Thinking
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Apply
Difficulty: 1 Easy
Learning Objective: 05-03 Determine product costs under both the volume-based method and the activity-based method and contrast the two.
Topic: Product Costing
102. Everlast Co. manufactures a variety of drill bits. The company’s plant is partially automated. The budget for the year includes $432,000 payroll for 4,800 direct labor-hours. Listed below is cost driver information used in the product-costing system:
  

Overhead Cost Pool Budgeted Overhead Cost Driver Estimated Cost Driver Level
Machine setups $120,000 # of setups 120 setups
Materials handling 104,400 # of barrels 8,700 barrels
Quality control 264,000 # of inspections 1,100 inspections
Other overhead cost  144,000 # of machine hours 12,000 machine hours
Total overhead $632,400    

 A current product order has the following requirements:
  

Machine setups 8 setups
Materials handling 606 barrels
Quality inspections 80 inspections
Machine hours 830 machine hours
Direct labor hour 336 hours

 What is the total manufacturing overhead for the current product order if the firm assigns overhead costs based on machine hours?

A. $9,960. 
B. $30,240. 
C. $43,741. 
D. $44,268. 
E. $109,352. 

1. $632,400 ÷ 12,000 = $52.70 per machine hour
2. $52.70 × 830 machine hours = $43,741 

 

AACSB: Knowledge Application
AICPA: BB Critical Thinking
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Apply
Difficulty: 1 Easy
Learning Objective: 05-03 Determine product costs under both the volume-based method and the activity-based method and contrast the two.
Topic: Product Costing
103. Everlast Co. manufactures a variety of drill bits. The company’s plant is partially automated. The budget for the year includes $432,000 payroll for 4,800 direct labor-hours. Listed below is cost driver information used in the product-costing system:
  

Overhead Cost Pool Budgeted Overhead Cost Driver Estimated Cost Driver Level
Machine setups $120,000 # of setups 120 setups
Materials handling 104,400 # of barrels 8,700 barrels
Quality control 264,000 # of inspections 1,100 inspections
Other overhead cost  144,000 # of machine hours 12,000 machine hours
Total overhead $632,400    

 A current product order has the following requirements:
  

Machine setups 8 setups
Materials handling 606 barrels
Quality inspections 80 inspections
Machine hours 830 machine hours
Direct labor hour 336 hours

 Using ABC, how much machine setup overhead is assigned to the order?

A. $19,200. 
B. $8,000. 
C. $11,108. 
D. $9,960. 
E. $7,272. 

($120,000 ÷ 120) × 8 set-ups = $8,000 

 

AACSB: Knowledge Application
AICPA: BB Critical Thinking
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Apply
Difficulty: 1 Easy
Learning Objective: 05-03 Determine product costs under both the volume-based method and the activity-based method and contrast the two.
Topic: Product Costing
104. Everlast Co. manufactures a variety of drill bits. The company’s plant is partially automated. The budget for the year includes $432,000 payroll for 4,800 direct labor-hours. Listed below is cost driver information used in the product-costing system:
  

Overhead Cost Pool Budgeted Overhead Cost Driver Estimated Cost Driver Level
Machine setups $120,000 # of setups 120 setups
Materials handling 104,400 # of barrels 8,700 barrels
Quality control 264,000 # of inspections 1,100 inspections
Other overhead cost  144,000 # of machine hours 12,000 machine hours
Total overhead $632,400    

 A current product order has the following requirements:
  

Machine setups 8 setups
Materials handling 606 barrels
Quality inspections 80 inspections
Machine hours 830 machine hours
Direct labor hour 336 hours

 Using ABC, how much material handling overhead is assigned to the order?

A. $19,200. 
B. $8,000. 
C. $11,108. 
D. $9,960. 
E. $7,272. 

($104,400 ÷ 8,700) × 606 barrels = $7,272 

 

AACSB: Knowledge Application
AICPA: BB Critical Thinking
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Apply
Difficulty: 1 Easy
Learning Objective: 05-03 Determine product costs under both the volume-based method and the activity-based method and contrast the two.
Topic: Product Costing
105. Everlast Co. manufactures a variety of drill bits. The company’s plant is partially automated. The budget for the year includes $432,000 payroll for 4,800 direct labor-hours. Listed below is cost driver information used in the product-costing system:
  

Overhead Cost Pool Budgeted Overhead Cost Driver Estimated Cost Driver Level
Machine setups $120,000 # of setups 120 setups
Materials handling 104,400 # of barrels 8,700 barrels
Quality control 264,000 # of inspections 1,100 inspections
Other overhead cost  144,000 # of machine hours 12,000 machine hours
Total overhead $632,400    

 A current product order has the following requirements:
  

Machine setups 8 setups
Materials handling 606 barrels
Quality inspections 80 inspections
Machine hours 830 machine hours
Direct labor hour 336 hours

 Using ABC, how much quality control overhead is assigned to the order?

A. $8,000. 
B. $9,960. 
C. $11,108. 
D. $19,200. 
E. $45,933. 

($264,000 ÷ 1,100) × 80 inspections = $19,200 

 

AACSB: Knowledge Application
AICPA: BB Critical Thinking
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Apply
Difficulty: 1 Easy
Learning Objective: 05-03 Determine product costs under both the volume-based method and the activity-based method and contrast the two.
Topic: Product Costing
106. Everlast Co. manufactures a variety of drill bits. The company’s plant is partially automated. The budget for the year includes $432,000 payroll for 4,800 direct labor-hours. Listed below is cost driver information used in the product-costing system:
  

Overhead Cost Pool Budgeted Overhead Cost Driver Estimated Cost Driver Level
Machine setups $120,000 # of setups 120 setups
Materials handling 104,400 # of barrels 8,700 barrels
Quality control 264,000 # of inspections 1,100 inspections
Other overhead cost  144,000 # of machine hours 12,000 machine hours
Total overhead $632,400    

 A current product order has the following requirements:
  

Machine setups 8 setups
Materials handling 606 barrels
Quality inspections 80 inspections
Machine hours 830 machine hours
Direct labor hour 336 hours

 Using ABC, how much other overhead is assigned to the order?

A. $8,000. 
B. $9,960. 
C. $11,108. 
D. $19,200. 
E. $45,992. 

($144,000 ÷ 12,000) × 830 = $9,960 

 

AACSB: Knowledge Application
AICPA: BB Critical Thinking
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Apply
Difficulty: 1 Easy
Learning Objective: 05-03 Determine product costs under both the volume-based method and the activity-based method and contrast the two.
Topic: Product Costing
107. Everlast Co. manufactures a variety of drill bits. The company’s plant is partially automated. The budget for the year includes $432,000 payroll for 4,800 direct labor-hours. Listed below is cost driver information used in the product-costing system:
  

Overhead Cost Pool Budgeted Overhead Cost Driver Estimated Cost Driver Level
Machine setups $120,000 # of setups 120 setups
Materials handling 104,400 # of barrels 8,700 barrels
Quality control 264,000 # of inspections 1,100 inspections
Other overhead cost  144,000 # of machine hours 12,000 machine hours
Total overhead $632,400    

 A current product order has the following requirements:
  

Machine setups 8 setups
Materials handling 606 barrels
Quality inspections 80 inspections
Machine hours 830 machine hours
Direct labor hour 336 hours

 Using ABC, how much total overhead is assigned to the order?

A. $42,160. 
B. $43,740. 
C. $44,268. 
D. $44,432. 
E. $45,993. 

$8,000 + $7,272 + $19,200 + $9,960 = $44,432 

 

AACSB: Knowledge Application
AICPA: BB Critical Thinking
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Apply
Difficulty: 2 Medium
Learning Objective: 05-03 Determine product costs under both the volume-based method and the activity-based method and contrast the two.
Topic: Product Costing
108. Shaver Co. manufactures a variety of electric razors for men and women. The company’s plant is partially automated. Listed below is cost driver information used in the product-costing system:
  

Overhead Cost Pool Budgeted Overhead Cost Budgeted Cost Driver Level Cost Driver
Machinery depreciation/maintenance $168,640 27,200 Machine hours
Factory depreciation/utilities/insurance 127,840 27,200 Machine hours
Product design 554,400 38,500 Hours in design
Material handling 1,078,000 134,750 Pounds of raw materials

 In addition, Shaver expects to spend $514,368 for 8,037 direct labor-hours. Two current product orders had the following requirements:
  

  Men’s Razors Women’s Razors
Units produced and sold 20,000 26,000
Direct labor hours 30 40
Pounds of raw materials 860 750
Hours in design 20 23
Machine hours 65 50

 What is the total manufacturing overhead assigned to the current order for Men’s Razors if the firm uses a volume-based plant wide overhead rate based on direct labor dollars?

A. $112.50. 
B. $150.00. 
C. $243.75. 
D. $7,200.00. 
E. $15,600.00. 

1. ($168,640 + $127,840 + $554,400 + $1,078,000) ÷ $514,368 = $3.75 per direct-labor dollar
 2. $514,368 ÷ 8,037 hours = $64 per hour for labor
 3. $64 per hour × 30 direct labor hours × $3.75 overhead per labor dollar = $7,200 

 

AACSB: Knowledge Application
AICPA: BB Critical Thinking
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Apply
Difficulty: 2 Medium
Learning Objective: 05-03 Determine product costs under both the volume-based method and the activity-based method and contrast the two.
Topic: Product Costing
109. Shaver Co. manufactures a variety of electric razors for men and women. The company’s plant is partially automated. Listed below is cost driver information used in the product-costing system:
  

Overhead Cost Pool Budgeted Overhead Cost Budgeted Cost Driver Level Cost Driver
Machinery depreciation/maintenance $168,640 27,200 Machine hours
Factory depreciation/utilities/insurance 127,840 27,200 Machine hours
Product design 554,400 38,500 Hours in design
Material handling 1,078,000 134,750 Pounds of raw materials

 In addition, Shaver expects to spend $514,368 for 8,037 direct labor-hours. Two current product orders had the following requirements:
  

  Men’s Razors Women’s Razors
Units produced and sold 20,000 26,000
Direct labor hours 30 40
Pounds of raw materials 860 750
Hours in design 20 23
Machine hours 65 50

 What is the total manufacturing overhead assigned to the current order for Women’s Razors if the firm uses a volume-based plant wide overhead rate based on direct labor hours?

A. $112.50. 
B. $150.00. 
C. $187.50. 
D. $9,600.00. 
E. $12,000.00. 

1. ($168,640 + $127,840 + $554,400 + $1,078,000) ÷ 8,037 = $240 per direct-labor hour
2. $240 × 40 direct labor hours = $9,600 

 

AACSB: Knowledge Application
AICPA: BB Critical Thinking
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Apply
Difficulty: 2 Medium
Learning Objective: 05-03 Determine product costs under both the volume-based method and the activity-based method and contrast the two.
Topic: Product Costing
110. Shaver Co. manufactures a variety of electric razors for men and women. The company’s plant is partially automated. Listed below is cost driver information used in the product-costing system:
  

Overhead Cost Pool Budgeted Overhead Cost Budgeted Cost Driver Level Cost Driver
Machinery depreciation/maintenance $168,640 27,200 Machine hours
Factory depreciation/utilities/insurance 127,840 27,200 Machine hours
Product design 554,400 38,500 Hours in design
Material handling 1,078,000 134,750 Pounds of raw materials

 In addition, Shaver expects to spend $514,368 for 8,037 direct labor-hours. Two current product orders had the following requirements:
  

  Men’s Razors Women’s Razors
Units produced and sold 20,000 26,000
Direct labor hours 30 40
Pounds of raw materials 860 750
Hours in design 20 23
Machine hours 65 50

 Using ABC, how much facility-level overhead is assigned to the current order for Men’s Razors?

A. $403.00. 
B. $310.00. 
C. $708.50. 
D. $545.00. 
E. $936.00. 

[($168,640 + $127,840) ÷ 27,200)] × 65 = $708.50 

 

AACSB: Knowledge Application
AICPA: BB Critical Thinking
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Apply
Difficulty: 2 Medium
Learning Objective: 05-03 Determine product costs under both the volume-based method and the activity-based method and contrast the two.
Topic: Identify Cost Drivers
111. Shaver Co. manufactures a variety of electric razors for men and women. The company’s plant is partially automated. Listed below is cost driver information used in the product-costing system:
  

Overhead Cost Pool Budgeted Overhead Cost Budgeted Cost Driver Level Cost Driver
Machinery depreciation/maintenance $168,640 27,200 Machine hours
Factory depreciation/utilities/insurance 127,840 27,200 Machine hours
Product design 554,400 38,500 Hours in design
Material handling 1,078,000 134,750 Pounds of raw materials

 In addition, Shaver expects to spend $514,368 for 8,037 direct labor-hours. Two current product orders had the following requirements:
  

  Men’s Razors Women’s Razors
Units produced and sold 20,000 26,000
Direct labor hours 30 40
Pounds of raw materials 860 750
Hours in design 20 23
Machine hours 65 50

 Using ABC, how much product-level overhead is assigned to the current order for Men’s Razors?

A. $218.00. 
B. $250.70. 
C. $331.20. 
D. $284.00. 
E. $288.00. 

($554,400 ÷ 38,500) × 20 = $288.00 

 

AACSB: Knowledge Application
AICPA: BB Critical Thinking
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Apply
Difficulty: 2 Medium
Learning Objective: 05-03 Determine product costs under both the volume-based method and the activity-based method and contrast the two.
Topic: Identify Cost Drivers
112. Shaver Co. manufactures a variety of electric razors for men and women. The company’s plant is partially automated. Listed below is cost driver information used in the product-costing system:
  

Overhead Cost Pool Budgeted Overhead Cost Budgeted Cost Driver Level Cost Driver
Machinery depreciation/maintenance $168,640 27,200 Machine hours
Factory depreciation/utilities/insurance 127,840 27,200 Machine hours
Product design 554,400 38,500 Hours in design
Material handling 1,078,000 134,750 Pounds of raw materials

 In addition, Shaver expects to spend $514,368 for 8,037 direct labor-hours. Two current product orders had the following requirements:
  

  Men’s Razors Women’s Razors
Units produced and sold 20,000 26,000
Direct labor hours 30 40
Pounds of raw materials 860 750
Hours in design 20 23
Machine hours 65 50

 Using ABC, how much product-level overhead is assigned to the current order for Women’s Razors?

A. $218.00. 
B. $250.70. 
C. $331.20. 
D. $284.00. 
E. $288.00. 

($554,400 ÷ $38,500) × 23 = $331.20 

 

AACSB: Knowledge Application
AICPA: BB Critical Thinking
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Apply
Difficulty: 2 Medium
Learning Objective: 05-03 Determine product costs under both the volume-based method and the activity-based method and contrast the two.
Topic: Identify Cost Drivers
113. Shaver Co. manufactures a variety of electric razors for men and women. The company’s plant is partially automated. Listed below is cost driver information used in the product-costing system:
  

Overhead Cost Pool Budgeted Overhead Cost Budgeted Cost Driver Level Cost Driver
Machinery depreciation/maintenance $168,640 27,200 Machine hours
Factory depreciation/utilities/insurance 127,840 27,200 Machine hours
Product design 554,400 38,500 Hours in design
Material handling 1,078,000 134,750 Pounds of raw materials

 In addition, Shaver expects to spend $514,368 for 8,037 direct labor-hours. Two current product orders had the following requirements:
  

  Men’s Razors Women’s Razors
Units produced and sold 20,000 26,000
Direct labor hours 30 40
Pounds of raw materials 860 750
Hours in design 20 23
Machine hours 65 50

 Using ABC, how much batch-level overhead is assigned to the current order for Women’s Razors based on pounds of raw materials?

A. $6,000. 
B. $6,880. 
C. $5,332. 
D. $8,175. 
E. $9,374. 

($1,078,000 ÷ 134,750) × 750 = $6,000 

 

AACSB: Knowledge Application
AICPA: BB Critical Thinking
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Apply
Difficulty: 2 Medium
Learning Objective: 05-03 Determine product costs under both the volume-based method and the activity-based method and contrast the two.
Topic: Identify Cost Drivers
114. Wang Company has established the following overhead cost pools and cost drivers for the month of May:
  

Cost Pool Overhead Costs Cost Driver Levels
Purchase orders $30,000 50 orders
Machine setups 50,000 100 setups
Electricity 10,000 10,000 kilowatt hours

 The following information pertains to the actual consumption of activity resources for two sample jobs completed during May.
  

  Job M1 Job M2
Number of units produced 500 1,000
Number of purchase orders 15 10
Number of setups 20 10
Number of kilowatt hours 500 1,000

 What is the activity-based overhead rate per purchase order?

A. $615. 
B. $600. 
C. $575. 
D. $550. 
E. $500. 

($30,000 ÷ 50 orders) = $600 

 

AACSB: Knowledge Application
AICPA: BB Critical Thinking
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Apply
Difficulty: 1 Easy
Learning Objective: 05-03 Determine product costs under both the volume-based method and the activity-based method and contrast the two.
Topic: Product Costing
115. Wang Company has established the following overhead cost pools and cost drivers for the month of May:
  

Cost Pool Overhead Costs Cost Driver Levels
Purchase orders $30,000 50 orders
Machine setups 50,000 100 setups
Electricity 10,000 10,000 kilowatt hours

 The following information pertains to the actual consumption of activity resources for two sample jobs completed during May.
  

  Job M1 Job M2
Number of units produced 500 1,000
Number of purchase orders 15 10
Number of setups 20 10
Number of kilowatt hours 500 1,000

 Using ABC, what is the overhead cost per unit produced for Job M2?

A. $39. 
B. $25. 
C. $20. 
D. $12. 
E. $10. 

1. ($30,000 ÷ 50) × 10 + ($50,000 ÷ 100) × 10 + ($10,000 ÷ 10,000) × 1,000 = $12,000
2. $12,000 ÷ 1,000 = $12 

 

AACSB: Knowledge Application
AICPA: BB Critical Thinking
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Apply
Difficulty: 1 Easy
Learning Objective: 05-03 Determine product costs under both the volume-based method and the activity-based method and contrast the two.
Topic: Product Costing
116. Orange, Inc. has identified the following cost drivers for its expected overhead costs for the year:
  

Cost Pools Budgeted Cost Cost Driver Cost Driver Level
Setup $40,000 Number of setups 200
Ordering 20,000 Number of orders 1,000
Maintenance 50,000 Machine hours 5,000
Power 10,000 Kilowatt hours 10,000

 Total direct labor hours budgeted = 2,000 hours.
 
 The following data applies to Product X, one of the products completed during the year.
  

Direct materials $1,000
Direct labor $1,200
Units completed 100
Direct labor hours 40
Number of setups 4
Number of orders 8
Machine hours 50
Kilowatt hours 100

 If a volume-based costing system based on direct labor hours to assign overhead is used, the total overhead cost for Product X will be:

A. $1,500. 
B. $1,560. 
C. $2,000. 
D. $2,400. 
E. $2,560. 

1. ($40,000 + $20,000 + $50,000 + $10,000) ÷ 2,000 hours = $60 per direct labor hour
2. $60 × 40 direct labor hours = $2,400 

 

AACSB: Knowledge Application
AICPA: BB Critical Thinking
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Apply
Difficulty: 1 Easy
Learning Objective: 05-03 Determine product costs under both the volume-based method and the activity-based method and contrast the two.
Topic: Product Costing
117. Orange, Inc. has identified the following cost drivers for its expected overhead costs for the year:
  

Cost Pools Budgeted Cost Cost Driver Cost Driver Level
Setup $40,000 Number of setups 200
Ordering 20,000 Number of orders 1,000
Maintenance 50,000 Machine hours 5,000
Power 10,000 Kilowatt hours 10,000

 Total direct labor hours budgeted = 2,000 hours.
 
 The following data applies to Product X, one of the products completed during the year.
  

Direct materials $1,000
Direct labor $1,200
Units completed 100
Direct labor hours 40
Number of setups 4
Number of orders 8
Machine hours 50
Kilowatt hours 100

 If the activity-based cost drivers are used to allocate overhead cost, the total overhead cost of Product X will be:

A. $1,500. 
B. $1,560. 
C. $2,000. 
D. $2,400. 
E. $2,560. 

[($40,000 ÷ 200) × 4] + [($20,000 ÷ 1,000) × 8] + [($50,000 ÷ 5,000) × 50] + [($10,000 ÷ 10,000) × 100] = $1,560 

 

AACSB: Knowledge Application
AICPA: BB Critical Thinking
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Apply
Difficulty: 1 Easy
Learning Objective: 05-03 Determine product costs under both the volume-based method and the activity-based method and contrast the two.
Topic: Product Costing
118. Zeta Company is preparing its annual profit plan. As part of its analysis of the profitability of individual products, the controller estimates the amount of manufacturing overhead that should be assigned to each of the two product lines from the information given below.
  

  Wall Mirrors Specialty Windows
Total units produced 25 25
Total number of material moves 5 15
Direct labor hours per unit 200 200

 Budgeted material-handling costs are $50,000.
 
 Under a costing system that allocates manufacturing overhead on the basis of direct labor hours, the material-handling cost per wall mirror is:

A. $0. 
B. $500. 
C. $1,000. 
D. $2,000. 
E. $5,000. 

1. $50,000 budgeted material-handling costs ÷ 400 total direct labor hours = $125 per direct labor hour
 2. $125 × 200 direct labor hours for wall mirrors = $25,000
 3. $25,000 ÷ 25 units = $1,000 = material-handling cost per wall mirror. 

 

AACSB: Knowledge Application
AICPA: BB Critical Thinking
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Apply
Difficulty: 2 Medium
Learning Objective: 05-03 Determine product costs under both the volume-based method and the activity-based method and contrast the two.
Topic: Product Costing
119. Zeta Company is preparing its annual profit plan. As part of its analysis of the profitability of individual products, the controller estimates the amount of manufacturing overhead that should be assigned to each of the two product lines from the information given below.
  

  Wall Mirrors Specialty Windows
Total units produced 25 25
Total number of material moves 5 15
Direct labor hours per unit 200 200

 Budgeted material-handling costs are $50,000.
 
 The material-handling cost per wall mirror under ABC is:

A. $0. 
B. $500. 
C. $1,000. 
D. $2,000. 
E. $5,000. 

1. $50,000 ÷ 20 material moves = $2,500 per material move
 2. $2,500 per material move × 5 material moves = $12,500
 3. $12,500 ÷ 25 wall mirror units produced = material-handling cost per wall mirror = $500 

 

AACSB: Knowledge Application
AICPA: BB Critical Thinking
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Apply
Difficulty: 2 Medium
Learning Objective: 05-03 Determine product costs under both the volume-based method and the activity-based method and contrast the two.
Topic: Product Costing
120. Pasternik Company produces and sells two products, Alpha and Zeta. The following information is available relating to its setup activities:
  

  Alpha Zeta
Units produced 250 20,000
Batch size (units) 10 500
Total direct labor hours 1,000 39,000
Cost per setup $2,000 $2,000

 With a volume-based costing system that applies overhead based on direct labor hours, the setup cost portion of overhead for each unit is (rounded to the nearest cent):
  

  Alpha Zeta
A) $3.25 $3.25
B) $13.00 $6.34
C) $8.00 $0.10
D) $25.50 $25.50
E) $102.00 $49.73

 

A. Option A 
B. Option B 
C. Option C 
D. Option D 
E. Option E 

1. General Calculations:
 
 a. # of Alpha batches = 250 ÷ 10 = 25
 b. # of Zeta batches = 20,000 ÷ 500 = 40
 c. Total number of batches = 65 = 25 + 40
 d. Total Set-up Cost = $2,000 × 65 batches = $130,000
 e. Set-up cost per direct labor hour = $130,000 ÷ 40,000 total direct labor hours = $3.25 per direct labor hour
 
 2. Alpha:
 
 a. Set-up cost for Alpha = $3.25 × 1,000 Alpha direct labor hours = $3,250
 b. Total Alpha Units Produced = 250 units
 c. Alpha overhead cost per unit = $3,250 ÷ 250 units = $13.00
 
 3. Zeta:
 
 a. Set-up cost for Zeta = $3.25 × 39,000 Zeta direct labor hours = $126,750
 b. Total Zeta Units Produced = 20,000 units
 c. Zeta overhead cost per unit = $126,750 ÷ 20,000 = $6.3375 = $6.34 (rounded) 

 

AACSB: Knowledge Application
AICPA: BB Critical Thinking
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Apply
Difficulty: 3 Hard
Learning Objective: 05-03 Determine product costs under both the volume-based method and the activity-based method and contrast the two.
Topic: Product Costing
121. Pasternik Company produces and sells two products, Alpha and Zeta. The following information is available relating to its setup activities:
  

  Alpha Zeta
Units produced 250 20,000
Batch size (units) 10 500
Total direct labor hours 1,000 39,000
Cost per setup $2,000 $2,000

 Use of activity-based costing would allocate the following amounts of setup cost to each unit (rounded to the nearest cent):
   

  Alpha Zeta
A) $200.00 $4.00
B) $500.00 $1,025.64
C) $6.42 $6.50
D) $80.00 $50.00
E) $8.00 $0.10

 

A. Option A 
B. Option B 
C. Option C 
D. Option D 
E. Option E 

1. General Calculations:
 
 i. # of Alpha batches = 250 ÷ 10 = 25
 ii. # of Zeta batches = 20,000 ÷ 500 = 40
 iii. Total batches = 65 = 40 + 25
 
 2. Alpha:
 
 i. Total Set-up Cost = 25 × $2,000 = $50,000
 ii. $50,000 ÷ 250 units = $200 per unit
 
 3. Zeta:
 
 i. Total Set-up Cost = 40 × $2,000 = $80,000
 ii. $80,000 ÷ 20,000 = $4 per unit 

 

AACSB: Knowledge Application
AICPA: BB Critical Thinking
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Apply
Difficulty: 2 Medium
Learning Objective: 05-03 Determine product costs under both the volume-based method and the activity-based method and contrast the two.
Topic: Product Costing
122. Pasternik Company produces and sells two products, Alpha and Zeta. The following information is available relating to its setup activities:
  

  Alpha Zeta
Units produced 250 20,000
Batch size (units) 10 500
Total direct labor hours 1,000 39,000
Cost per setup $2,000 $2,000

 Assume the cost per setup remains at $2,000 but that the batch size for product Alpha is changed from 10 to 25 units per batch. Using activity-based and a volume-based overhead costing that uses direct labor-hours to assign overhead, the amount of setup cost applied to each unit of product Alpha would be (rounded to the nearest cent):
  

  Activity Based Costing Volume Based Costing
A) $400.00 $9.00
B) $500.00 $8.00
C) $80.00 $10.00
D) $2.25 $4.50
E) None of these answer choices is correct.

 

A. Option A 
B. Option B 
C. Option C 
D. Option D 
E. Option E 

1. General Calculations:
 
 i. # of Alpha batches = 250 ÷ 25 = 10
 ii. # of Zeta batches = 20,000 ÷ 500 = 40
 iii. Total number of batches = 50 = 10 + 40
 iv. Total Set-up Cost = $2,000 × 50 batches = $100,000
 v. Set-up cost per direct labor hour = $100,000 ÷ 40,000 total direct labor hours = $2.50 per direct labor hour
 
 2. Alpha Activity-Based:
 
 i. Total Set-up Cost = 10 × $2,000 = $20,000
 ii. $20,000 ÷ 250 units = $80 per unit
 
 3. Alpha Volume-Based:
 
 i. Set-up cost for Alpha = $2.50 × 1,000 Alpha direct labor hours = $2,500
 ii. Total Alpha Units Produced = 250 units
 iii. Alpha overhead cost per unit = $2,500 ÷ 250 units = $10 

 

AACSB: Knowledge Application
AICPA: BB Critical Thinking
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Apply
Difficulty: 3 Hard
Learning Objective: 05-03 Determine product costs under both the volume-based method and the activity-based method and contrast the two.
Topic: A Comparison of Volume-Based and Activity-Based Costing
123. Nerrod Company sells its products at $500 per unit, net 30. The firm’s gross margin ratio is 40 percent. The firm has estimated the following operating costs:
  

Activity Cost Driver and Rate
Sales calls $400 per visit
Order processing $100 per order
Deliveries $50 per order + $0.50 per mile
Sales returns $60 per return and $3 restocking per unit returned

 Nerrod Company has gathered the following data pertaining to activities it performed for two of its customers:
  

  XBT NINTO
Number of orders 10 2
Number of parts per order 500 2.000
Sales returns:    
 Number of returns 4 10
 Number of units returned 40 50
Number of sales calls 6 10
Miles per delivery 10 20
Shipping terms FOB, Factory FOB, Destination

 What is Nerrod’s total customer-sustaining cost applicable to Ninto?

A. $400. 
B. $600. 
C. $4,000. 
D. $6,300. 
E. $6,420. 

10 sales calls × $400 per sales call = $4,000 

 

AACSB: Knowledge Application
AICPA: BB Critical Thinking
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Apply
Difficulty: 1 Easy
Learning Objective: 05-06 Use an activity-based approach to analyze customer profitability.
Topic: Customer Cost Analysis
124. Nerrod Company sells its products at $500 per unit, net 30. The firm’s gross margin ratio is 40 percent. The firm has estimated the following operating costs:
  

Activity Cost Driver and Rate
Sales calls $400 per visit
Order processing $100 per order
Deliveries $50 per order + $0.50 per mile
Sales returns $60 per return and $3 restocking per unit returned

 Nerrod Company has gathered the following data pertaining to activities it performed for two of its customers:
  

  XBT NINTO
Number of orders 10 2
Number of parts per order 500 2.000
Sales returns:    
 Number of returns 4 10
 Number of units returned 40 50
Number of sales calls 6 10
Miles per delivery 10 20
Shipping terms FOB, Factory FOB, Destination

 What is Nerrod’s total customer batch-level cost applicable to Ninto?

A. $800. 
B. $920. 
C. $2,300. 
D. $2,420. 
E. $6,300. 

Order Processing and Number of sales returns ($100 × 2) + ($60 × 10) = $800 

 

AACSB: Knowledge Application
AICPA: BB Critical Thinking
AICPA: FN Measurement
Blooms: Apply
Difficulty: 3 Hard
Learning Objective: 05-06 Use an activity-based approach to analyze customer profitability.
Topic: Customer Cost Analysis
125. Nerrod Company sells its products at $500 per unit, net 30. The firm’s gross margin ratio is 40 percent. The firm has estimated the following operating costs:
  

Activity Cost Driver and Rate
Sales calls $400 per visit
Order processing $100 per order
Deliveries $50 per order + $0.50 per mile
Sales returns $60 per return and $3 restocking per unit returned

 Nerrod Company has gathered the following data pertaining to activities it performed for two of its customers:
  

  XBT NINTO
Number of orders 10 2
Number of parts per order 500 2.000
Sales returns:    
 Number of returns 4 10
 Number of units returned 40 50
Number of sales calls 6 10
Miles per delivery 10 20
Shipping terms FOB, Factory FOB, Destination

 What is Nerrod’s total sales-sustaining cost applicable to XBT as a customer?

A. $0. 
B. $920. 
C. $4,120. 
D. $6,300. 
E. $6,420. 

0 since no sales-sustaining costs are listed above 

 

AACSB: Knowledge Application
AICPA: BB Critical Thinking
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Apply
Difficulty: 2 Medium
Learning Objective: 05-06 Use an activity-based approach to analyze customer profitability.
Topic: Customer Cost Analysis
126. Nerrod Company sells its products at $500 per unit, net 30. The firm’s gross margin ratio is 40 percent. The firm has estimated the following operating costs:
  

Activity Cost Driver and Rate
Sales calls $400 per visit
Order processing $100 per order
Deliveries $50 per order + $0.50 per mile
Sales returns $60 per return and $3 restocking per unit returned

 Nerrod Company has gathered the following data pertaining to activities it performed for two of its customers:
  

  XBT NINTO
Number of orders 10 2
Number of parts per order 500 2.000
Sales returns:    
 Number of returns 4 10
 Number of units returned 40 50
Number of sales calls 6 10
Miles per delivery 10 20
Shipping terms FOB, Factory FOB, Destination

 What is Nerrod’s total customer unit-level cost applicable to XBT as a customer?

A. $50. 
B. $480. 
C. $4,120. 
D. $4,125. 
E. $6,300. 

Restocking sales returns, 4 × 40 × $3 = $480 

 

AACSB: Knowledge Application
AICPA: BB Critical Thinking
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Apply
Difficulty: 2 Medium
Learning Objective: 05-06 Use an activity-based approach to analyze customer profitability.
Topic: Customer Cost Analysis
127. Service and not-for-profit organizations often:

A. Have ABC systems which are similar to those of manufacturing firms. 
B. Do not have changeable outputs. 
C. Are unable to benefit from ABC costing. 
D. Do not have ABC systems which are similar to those of manufacturing firms. 
E. None of these answer choices are correct. 

 

AACSB: Reflective Thinking
AICPA: BB Critical Thinking
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Understand
Difficulty: 1 Easy
Learning Objective: 05-05 Describe how ABC/M is used in organizations.
Text Feature: Service
Topic: Strategic Role-Activity-Based Costing
128. Customer profitability analysis:

A. Always shows that the company with the highest total sales generates the highest net customer profit.
B. Always shows that the company with the lowest total sales generates the lowest net customer profit.
C. Produces the same results as a Pareto analysis.
D. Helps identify actions that affect customer profitability.
E. None of these answer choices are correct.

 

AACSB: Reflective Thinking
AICPA: BB Critical Thinking
AICPA: FN Measurement
Accessibility: Keyboard Navigation
Blooms: Remember
Difficulty: 1 Easy
Learning Objective: 05-06 Use an activity-based approach to analyze customer profitability.
Topic: Customer Profitability Analysis

 

Essay Questions

129. Scott Cameras produces digital cameras and have decided to switch from a volume-based system to an activity-based system. Scott produced 100,000 digital cameras in the most recent quarter and has determined that their total activity costs were: $3,000,000 of materials cost, $500,000 of labor costs, $1,000,000 of inspection costs, and $500,000 of packaging costs. It takes 30 minutes of labor to produce each camera, inspections are done for 20% of all cameras produced, and cameras are packaged individually.

Required:

What are the driver rates for each activity?
Materials Cost = $3,000,000 ÷ 100,000 = $30 per camera
 Labor Cost = $500,000 ÷ (100,000 × .5) = $10 per camera
 Inspection Cost = $50,000 ÷ (100,000 × .2) = $2.50 per camera inspected
 Packaging Cost = $500,000 ÷ 100,000 = $5 per camera 

 

AACSB: Knowledge Application
AICPA: BB Critical Thinking
AICPA: FN Measurement
Blooms: Apply
Difficulty: 1 Easy
Learning Objective: 05-02 Describe activity-based costing (ABC), the steps in developing an ABC system, and the benefits of an ABC system.
Topic: Identify Cost Drivers
130. Plant overhead for ABC Corp in $150 million per year, a portion of which (20%) is attributable to inspection costs which are charged to products on the basis the number of parts in the products. The plant produces 500,000 units per year, and on the average, each product has 20 parts.

Required:

What is the average inspection cost in a product? What is the inspection cost for a product with 50 parts?
$150 million × .2 = $30 million
 500,000 × 20 = 10 million parts
 
 $30 million ÷ 10 million = $3 per part
 
 Total inspection cost:
 $3 × 20 = $60 for 20 parts
 $3 × 50 = $150 for 50 parts 

 

AACSB: Knowledge Application
AICPA: BB Critical Thinking
AICPA: FN Measurement
Blooms: Apply
Difficulty: 1 Easy
Learning Objective: 05-02 Describe activity-based costing (ABC), the steps in developing an ABC system, and the benefits of an ABC system.
Topic: Identify Cost Drivers
131. Johnson Associates is a catering firm in Tucson, Arizona, with revenue of $4 million. The business began ten years ago as a one-owner bakery, but has dramatically changed in size and function during the past five years. The four partners foresee the business doubling in sales revenue within two years, and expect the firm to expand into other services including flowers, furnishings, decorations, and music. Johnson Associates employs six full-time and ten part-time employees. The four partners also work full-time, each partner managing a separate business function. The firm currently uses a volume-based costing system installed seven years ago and modified three years later.

Required:

(1) With just the above information, comment on Johnson Associates changing and future costing system needs.
(2) Is Johnson Associates a probable candidate for an activity-based costing system (ABC)? Why or why not?
(1) Johnson Associates has experienced rapid growth, and expects the same rapid growth in the near future. However, growth by itself would not necessarily create a need for a new cost accounting system. More significant is Johnson’s expanding line of service. A costing system like ABC gives a firm more precise cost information on specific products and services, which would allow Johnson to better control product and service development, manufacture and marketing. Whatever strategies Johnson Associates choose, they should have a costing system that reports costs and their causal relationships.

(2) An ABC system can work for most firms, including service type firms like Johnson Associates. Future growth needs a precise cost basis for direction and control. Many, if not most, of Johnson Associates’ costs are activity driven, and the variety of service is noticeably expanding. The major potential limitations of ABC for Johnson would be the high resource cost and time commitment to develop and install an appropriate ABC system.

 

AACSB: Analytical Thinking
AACSB: Communication
AICPA: BB Critical Thinking
AICPA: FN Decision Making
Blooms: Evaluate
Difficulty: 1 Easy
Learning Objective: 05-01 Explain the strategic role of activity-based costing.
Text Feature: Service
Text Feature: Strategy
Topic: Strategic Role-Activity-Based Costing
132. Two students in a cost accounting class were arguing about the need to gather good unit cost information for manufacturing. One student, Travis, maintained that a firm producing and selling large quantities of relatively few products would have no need for an ABC system, since an ABC system is usually more expensive to implement than a volume-based system. Alicia countered that even firms with high-volume homogeneous products could benefit from a cost management technique like activity-based costing (ABC).

Required:

Choose sides in this discussion and present justifications for your choice.
ABC is most useful in firms making a wide variety of products, because ABC tracks costs to their causes, and generates more precise cost bases for individual products and services than a volume-based costing system usually does. This precision facilitates strategic analyses. Alicia would have to agree with Travis on the higher cost in resources and time to use ABC, but could argue for a favorable benefit/cost ratio that most firms experience when ABC is correctly designed and implemented.

 

AACSB: Analytical Thinking
AACSB: Communication
AICPA: BB Critical Thinking
AICPA: Decision Making
Blooms: Evaluate
Difficulty: 1 Easy
Learning Objective: 05-02 Describe activity-based costing (ABC), the steps in developing an ABC system, and the benefits of an ABC system.
Text Feature: Strategy
Topic: A Comparison of Volume-Based and Activity-Based Costing
133. The controller for Alabama Cooking Oil Co. established the following overhead cost pools and cost drivers:
  

Overhead Cost Pool Budgeted Overhead Cost Driver Estimated Cost Driver Level
Machine setups $186,000 # of setups 120 setups
Material handling 124,800 # of barrels 7,800 barrels
Quality control 316,200 # of inspections 1,020 inspections
Other overhead cost 172,500 # of machine hrs 11,500 machine hrs

 An order of 800 barrels of cooking oil used:
  

# of setups 14
# of barrels 800
# of inspections 22
# of machine hours 1,100

 Required:
 
 (1) What is the overhead rate per machine hour if the number of machine hours is used as a single cost driver under traditional costing system? (Round your intermediate calculation to the nearest cent and final answer to the nearest whole dollar.)
 (2) Using volume-based costing, how much overhead is assigned to the order based on machine hours as a single cost driver?
 (3) Using ABC costing, how much total overhead is assigned to the order?
(1)
 
 

Machine Setup $186,000
Materials Handling $124,800
Quality Control $316,200
Other Overhead $172,500
  $799,500
  ÷11,500
Volume-Based Rate = $69.52

 (2) 1,100 machine hours × $69.52 per machine hour = $76,472
 
 (3)
  

Cost Pools Activity Costs     Cost Driver Units Overhead Rate
Machine Setup $186,000     120 $1,550.00
Materials Handling $124,800     7,800 $16.00
Quality Control $316,200     1,020 $310.00
Other Overhead $172,500     11,500 $15.00
Cost Assignment:          
Machine Setup $1,550 × 14 $21,700  
Materials Handling $16 × 800 $12,800  
Quality Control $310 × 22 $6,820  
Other Overhead $15 × 1,100 $16,500  
Total Product Cost       $57,820  
Barrels Produced             800  
Cost per barrel       $72.28  

 

AACSB: Knowledge Application
AICPA: BB Critical Thinking
AICPA: FN Measurement
Blooms: Apply
Difficulty: 2 Medium
Learning Objective: 05-03 Determine product costs under both the volume-based method and the activity-based method and contrast the two.
Topic: A Comparison of Volume-Based and Activity-Based Costing
134. Blackwelder Co. manufactures a variety of electric razors used by both men and women. The company’s plant is partially automated. The company uses an activity-based cost system. Listed below is cost driver information used in the product-costing system:
  

Overhead Cost pool Budgeted Overhead Cost Budgeted Cost Driver Level Cost Driver
Machine depreciation/ $227,500 25,000 Machine hours
Maintenance Factory depreciation/ Utilities/insurance 154,940 25,400 Machine hours
Product design 665,720 35,600 Hours in design
Material purchasing/storing 1,293,760 124,400 Raw materials

 Two current product orders had the following requirements:
  

  Men’s Razors Women’s Razor
Units produced and sold 26,000 30,000
Direct labor hours 50 40
Pounds of raw materials 980 1,120
Hours in design 32 38
Machine hours 85 60

 Required:
 
 1. Using ABC costing, how much overhead is assigned to the order for men’s razors?
 2. Using ABC costing, how much overhead is assigned to the order for women’s razors?
1. $12,082. 2. $13,271
 
 Feedback: 

 

Machine depreciation/maintenance $227,500 machine Hours 25,000
Factory depreciation/utilities insurance $154,940 machine Hours 25,400
Product design $665,720 hours in design 35,600
Materials purchasing/storage $1,293,760 raw materials 124,400
Product Men’s Razors Women’s Razors  
No. of units produced 26,000 20,000  
DM Cost ($)      
DL Cost ($)      
Machine Hours 85 60  
Hours in Design 32 38  
Pounds of Raw Materials 980 1,120  
Cost Pools Activity Costs Cost Driver Units Overhead Rate
Machine depreciation/maintenance $227,500 25,000 $9.10
Factory depreciation/utilities insurance $154,940 25,400 $6.10
Product design $665,720 35,600 $18.70
Materials purchasing/storage $1,293,760 124,400 $10.40
Cost Assignment   Men’s Razors Women’s Razors
Machine depreciation/maintenance   $774 $546
Factory depreciation/utilities insurance   $519 $366
Product design   $598 $711
Materials purchasing/storage   $10,192 $11,648
Total Overhead   $12,082 $13,271

 

AACSB: Knowledge Application
AICPA: FN Measurement
Blooms: Apply
Difficulty: 2 Medium
Learning Objective: 05-03 Determine product costs under both the volume-based method and the activity-based method and contrast the two.
Topic: Product Costing
135. Classify each of the following costs as unit-level (U), batch-level (B), product-level (P), or facility-level (F) costs and identify an appropriate example of a possible cost driver for each item:

(1) Parts administration
(2) Production scheduling
(3) Materials handling
(4) Machine operations
(5) Personnel administration and training
(6) Plant security
(7) Machine setups
(8) Engineering changes
(9) Product design
(10) Rent for factory plant
(1) Parts administration: (P); number of parts
(2) Production scheduling: (B); number of production runs or schedules
(3) Materials handling: (B); number of units or weight of materials handled
(4) Machine operations: (U); machine hours
(5) Personnel administration and training: (F); number of employees trained, number of new employees
(6) Plant security: (F); number of square feet
(7) Machine setups: (B); number of setups or setup hours
(8) Engineering changes: (P); number of change orders issued, number of products
(9) Product design: (P); design hours or number of products
(10) Rent for factory plant: (F); number of square feet 

 

AACSB: Analytical Thinking
AICPA: BB Critical Thinking
AICPA: FN Measurement
Blooms: Analyze
Difficulty: 2 Medium
Learning Objective: 05-02 Describe activity-based costing (ABC), the steps in developing an ABC system, and the benefits of an ABC system.
Topic: Identify Cost Drivers
136. Pairing Company has the following cost drivers identified as A through F for determining product manufacturing overhead costs.
 
 (A) Number of pieces of equipment
 (B) Number of direct material purchase orders
 (C) Number of production runs
 (D) Square feet of warehouse space
 (E) Number of machine hours
 (F) Square feet of factory space
 
 For each of the following activity cost pools, choose the letter of the most appropriate cost driver for each cost pool.
 
 Heating costs
 Machinery power costs
 Machinery set-up costs
 Equipment maintenance costs
 Materials storage costs
 Purchasing department costs

F Heating costs
E Machinery power costs
C Machinery set-up costs
A or E Equipment maintenance costs
D Materials storage costs
B Purchasing department costs

 

AACSB: Reflective Thinking
AICPA: BB Critical Thinking
AICPA: FN Measurement
Blooms: Understand
Difficulty: 1 Easy
Learning Objective: 05-02 Describe activity-based costing (ABC), the steps in developing an ABC system, and the benefits of an ABC system.
Topic: Identify Cost Drivers
137. Altima Company uses an overhead costing system based on direct labor hours for its two products X and Y. The company is considering adopting an activity-based costing system, and collects the following information for the month of October.
  

  Product X Product Y
Production units 20,000 2,000
Direct materials cost per unit $50.00 $40.00
Direct labor cost per hour $10.00 $10.00
Direct labor hours 34,000 6,000

 

Overhead Overhead Total Activity Consumption
Cost pool cost activity Product X Product Y
Machine setup $60,000 1,000 setups 300 700
Engineering change order 40,000 100 orders 20 80
Facility rent 90,000 1,000 sq. feet 300 700

 Required:
 
 (1) Compute the unit manufacturing cost of each product under a volume-based costing system based on direct labor hours.
 (2) Compute the unit manufacturing cost of each product under the activity-based costing system.
1.
 
 

Volume-Based Method (calculations)     Total
Direct Materials $50 × 20,000; $40 × 2,000 $1,000,000 $80,000 $1,080,000
Direct Labor $10 × 34,000; $10 × 6,000 $340,000 $60,000 $400,000
Overhead $4.75 × 34,000; $4.75 × 6,000 $161,500 $28,500 $190,000
Total Cost   $1,501,500 $168,500 $1,670,000
Unit Produced   20,000 2,000  
Cost per Unit   $75.08 $84.25  
OH Rate = $190,000 ÷ (34,000 + 6,000) = $4.75/hr

 2.
  

Product Product X Product Y  
No. of units produced 20,000 2,000  
DM Cost ($) $50 $40  
Direct labor rate $10 $10  
Direct labor hours 34,000 6,000  
Direct labor hours per unit 1.70 3.00  
Direct labor costs per unit $17.00 $30.00  
Machine Setup 300 700  
Engineering Change Order 20 80  
Facility Rent 300 700  
Cost Pools Activity Costs Cost Driver Units Activity Rate
Machine Setup $60,000 1,000 $60.00
Engineering Change Order $40,000 100 $400.00
Facility Rent $90,000 1,000 $90.00
Cost Assignment:      
  (calculations) Product X Product Y
Direct Materials   $1,000,000 $80,000
Direct Labor   $340,000 $60,000
Machine Setup $60 × 300; $60 × 700 $18,000 $42,000
Engineering Change Order $400 × 20; $400 × 80 $8,000 $32,000
Facility Rent $90 × 300; $90 × 700     $27,000    $63,000
Total Product Cost   $1,393,000 $277,000
Units Produced         20,000      2,000
Cost per Unit         $69.65  $138.50

 Note that the direct labor based costing system overcosted the high volume product X and undercosted the low volume product Y. 

 

AACSB: Knowledge Application
AICPA: BB Critical Thinking
AICPA: FN Measurement
Blooms: Apply
Difficulty: 2 Medium
Learning Objective: 05-03 Determine product costs under both the volume-based method and the activity-based method and contrast the two.
Topic: A Comparison of Volume-Based and Activity-Based Costing
138. Castenet Company uses a volume-based costing system that applies overhead cost based on direct labor hours at $250 per direct labor hour.
 
 The company is considering adopting an activity-based costing system with the following data:
  

Activity Area Cost Driver Cost Driver Rate
Materials handling Number of parts $1.20
Lathe work Number of turns 0.30
Milling Number of machine hours 16.00
Grinding Number of parts 1.25
Testing Number of units tested 12.00

 The two jobs processed in the month of June had the following characteristics:
  

  Job A Job B
Direct materials costs $10,000 $50,000
Direct labor costs $1,000 $10,000
Number of direct labor hours 40 400
Number of parts 500 2,000
Number of turns  25,000  50,000
Number of machine hours 140 1,000
Number of units in each job (all tested) 15 200

 Required:
 
 1. Compute the unit manufacturing cost of each job under the firm’s current volume-based costing system.
 2. Compute the unit manufacturing cost of each job under the activity-based costing system.
 3. Compare the unit manufacturing cost for Jobs A and B computed in requirements 1 and 2.
 
 (a) Why do the two cost systems differ in their total cost for each job?
 (b) Why might these differences be important to the Company?
(below)
 
 1. Per unit manufacturing costs under the volume-based costing system. $1,400 for Job A and $800 for Job B.
 
 

Using Volume-Based Method Job A Job B Total
Direct Materials   $10,000 $50,000 $60,000
Direct Labor   $1,000 $10,000 $11,000
Overhead ($per DLH) $250 × 40; $250 × 400 $10,000 $100,000 $110,000
Total Cost   $21,000 $160,000 $181,000
Unit cost   $1,400 $800  

 2. Per unit manufacturing costs under the ABC costing system.
  

    Job A Job B
Direct Materials   $10,000 $50,000
Direct Labor   $1,000 $10,000
Materials Handling $1.20 × 500; $1.20 × 2,000 $600 $2,400
Lathe Work $.30 × 25,000; $.30 × 50,000 $7,500 $15,000
Milling $16 × 140; $16 × 1,000 $2,240 $16,000
Grinding $1.25 × 500; $1.25 × 2,000 $625 $2,500
Testing $12 × 500; $12 × 2,000        $180  $2,400
Total Product Cost   $22,145 $98,300
Unit Cost   $1,476,33 $491.50

 3. a) The volume-based cost system ignores these differences while the ABC costing system assigns overhead costs based on usages of each of the activity areas. The two cost systems differ in their job costs because the jobs differ in the way they use each of five activity areas and activity areas differs in their factory overhead cost drivers.
 b) These differences will affect the accuracy of job costs for A and B. Therefore, it will affect the company’s pricing, product mix, and product design decisions. 

 

AACSB: Analytical Thinking
AACSB: Communication
AACSB: Knowledge Application
AICPA: BB Critical Thinking
AICPA: FN Measurement
Blooms: Analyze
Blooms: Apply
Difficulty: 2 Medium
Learning Objective: 05-03 Determine product costs under both the volume-based method and the activity-based method and contrast the two.
Topic: A Comparison of Volume-Based and Activity-Based Costing
139. Demski Company has used a two-stage cost allocation system for many years. In the first stage, plant overhead costs are allocated to two production departments, P1 and P2, based on machine hours. In the second stage, Demski uses direct labor hours to assign overhead costs from the production departments to individual products A and B.
 
 Budgeted factory overhead costs for the year are $300,000. Both the budgeted and actual machine hours in P1 and P2 are 12,000 and 28,000 hours, respectively.
 
 After attending a seminar to learn the potential benefits of adopting an activity-based costing system (ABC), Ted Demski, the president of Demski Company, is considering implementing an ABC system. Upon his request, the controller at Demski Company has compiled the following information for analysis:
  

Cost Pool Factory overhead costs Activity cost driver Expected activity level
Machine setup $100,000 Setup hours 1,000
Inspection 50,000 Inspection hours 2,500
Power 50,000 Kilowatt hours 25,000
Supervision  100,000 Direct labor hours 10,000
Total overhead cost $300,000    

 Demski manufactures two types of product, A and B, for which the following information is available:
  

  A B
Units produced and sold 5,000 10,000
Direct materials $200,000 $250,000
Direct labor costs $80,000 150,000
Direct labor hours in P1 1,500 3,000
Direct labor hours in P2 1,500 4,000
Setup hours 700 300
Inspection hours 1,500 1,000
Power (kilowatt hours) 12,500 12,500

 Required:
 
 1. Determine the unit cost for each of the two products using the traditional two-stage allocation method. Round calculations to 2 decimal places.
 2. Determine the unit cost for each of the two products using the proposed ABC system.
 3. Compare the unit manufacturing costs for product A and product B computed in requirements 1 and 2.
 
 (a) Why do two the cost systems differ in their total cost for each product?
 (b) Why might these differences be important to the Demski Company?
1. Unit cost for each of two products using the traditional two-stage allocation method:
 
 

Stage 1: Dept. 1 (P1) Dept. 2 (P2)
Overhead assignment:    
   $300,000 × 12,000 ÷ 40,000 $90,000  
   $300,000 × 28,000 ÷ 40,000   $210,000
Divided by direct labor hours:    
   1,500 + 3,000 = 4,500  
   1,500 + 4,000 =   5,500
Department overhead rate per DLH $20.00 $38.18

 

Stage 1: Product A Product B
Overhead assignment:    
P1: $20 × 1,500 = $30,000  
      $20 × 3,000 =   $60,000
P2: $38.18 × 1,500 = 57,270  
      $38.18 × 4,000 =   152,720
Overhead $87,270 $212,720
Direct materials 200,000 250,000
Direct Labor    80,000   150,000
Total manufacturing $367,270 $612,720
Divided by production units 5,000 10,000
Unit cost $73.45 $61.27

 2. Unit cost for each product using the ABC system.
  

    A B
Direct Materials   $200,000 $250,000
Direct Labor   $80,000 $150,000
Machine setup $100 × 700; $100 × 300 $70,000 $30,000
Inspection $20 × 1,500; $20 × 1,000 $30,000 $20,000
Power $2 × 12,500; $2 × 12,500 $25,000 $25,000
Supervision $10 × 3,000; $10 × 7,000  $30,000  $70,000
     Total Product Cost   $435,000 $545,000
     Units Produced        5,000    10,000
     Cost per Unit      $87.00    $54.50

 3. a) Under the volume based costing, low-volume product A was undercosted because the products differ in the way they use each of four activity areas and activity areas differ in their factory overhead cost drivers.
 b) These differences will affect the accuracy of product costs for A and B. Therefore, it will affect Demski Company’s pricing, product mix, and product design decisions. 

 

AACSB: Analytical Thinking
AACSB: Knowledge Application
AICPA: BB Critical Thinking
AICPA: FN Measurement
Blooms: Analyze
Blooms: Apply
Difficulty: 2 Medium
Learning Objective: 05-03 Determine product costs under both the volume-based method and the activity-based method and contrast the two.
Topic: A Comparison of Volume-Based and Activity-Based Costing
140. Swenson Company manufactures 4,000 units of Deluxe Product and 20,000 units of Regular Product each year. The company currently uses direct labor-hours to assign overhead cost to products. The pre-determined overhead rate is:
  

Manufacturing overhead cost = $20/DLH
Direct labor hours

 

  Deluxe Regular
Direct materials $40.00 $30.00
Direct labor 20.00 15.00
Factory overhead:    
   2.5 DLH × $20/DLH 50.00  
   2.0 DLH × $20/DLH    40.00
Total cost per unit $110.00 $85.00

 Suppose, however, that factory overhead costs are actually caused by the five activities listed below:
  

Activity Costs
Machine setups $300,000
Quality Inspections 200,000
Production orders 90,000
Machine-hours worked 330,000
Material receipts       80,000
Total $1,000,000

 Also suppose the following transaction data has been collected:
  

  Number of Transactions
Activity Total Deluxe Regular
Machine setups 5,000 3,000 2,000
Quality inspections 8,000 5,000 3,000
Production orders 600 200 400
Machine-hours worked 33,000 10,000 23,000
Material receipts 800 200 600

 Required:
 
 Using the activity-based costing method to calculate unit costs of Deluxe and Regular products, and compare them with the current direct labor hours-based costing system.
Overhead rates for each of the five activities:
 
 

Activity Costs Transactions Rate per Transaction
Machine setups $300,000 5,000 $60/setup
Quality inspections 200,000 8,000 $25/inspection
Production orders 90,000 600 $150/order
Machine-hours worked 330,000 33,000 $10/hour
Material receipts 80,000 800 $100/receipt

 Assign overhead costs to products:
  

Deluxe Product
Activity Rates Transactions Amount
Machine setups $60.00 3,000 $180,000
Quality inspections 25.00 5,000 125,000
Production orders 150.00 200 30,000
Machine-hours worked 10.00 10,000 100,000
Material receipts 100.00 200 20,000
Total overhead (a)     $455,000
Number of units (b)     4,000
Overhead per unit (a) ÷ (b)      $113.75

 

Regular Product
Activity Rates Transactions Amount
Machine setups $60.00 2,000 $120,000
Quality inspections 25.00 3,000 75,000
Production orders 150.00 400 60,000
Machine-hours worked 10.00 23,000 230,000
Material receipts 100.00 600    60,000
Total overhead (a)     $545,000
Number of units (b)       20,000
Overhead per unit (a) ÷ (b)      $27.25

 Product costs computed using the direct labor hours-based different methods can now be contrasted:
 
 Product costs using activity-based costing:
  

  Deluxe Regular
Direct Materials $40.00 $30.00
Direct labor 20.00  15.00
Manufacturing overhead  113.75  27.25
Total cost per unit $173.75  $72.25

 Product costs using the direct labor hours-based costing system:
  

  Deluxe Regular
Direct Materials $40.00 $30.00
Direct labor 20.00  15.00
Manufacturing overhead 50.00 40.00
Total cost per unit $110.00  $85.00

 Note that the adoption of activity-based costing usually results in a shift of overhead costs from high volume to low volume products.
 
 • The per unit costs of the low volume products increase and the per unit costs of the high volume products decrease.
 • The effects are not symmetrical – there is a bigger dollar effect on the per unit costs of the low volume products. 

 

AACSB: Analytical Thinking
AACSB: Knowledge Application
AICPA: BB Critical Thinking
AICPA: FN Measurement
Blooms: Analyze
Blooms: Apply
Difficulty: 2 Medium
Learning Objective: 05-03 Determine product costs under both the volume-based method and the activity-based method and contrast the two.
Topic: A Comparison of Volume-Based and Activity-Based Costing
141. Moss Manufacturing has just completed a major change in its quality control (QC) process. Previously, products had been reviewed by QC inspectors at the end of each major process, and the company’s ten QC inspectors were charged as direct labor to the operation or job. In an effort to improve efficiency and quality, a computerized video QC system was purchased for $250,000. The system consists of a minicomputer, 15 video cameras, other peripheral hardware, and software.
 
 The new system used cameras stationed by QC engineers at key points in the production process. Each time an operation changes or there is a new operation, the cameras are moved, and a new master picture is loaded into the computer by a QC engineer. The camera takes pictures of the units in process, and the computer compares them to the picture of a “good” unit. Any differences are sent to a QC engineer who removes the bad units and discusses the flaws with the production supervisors. The new system has replaced the ten QC inspectors with two QC engineers.
 
 The operating costs of the new QC system, including the salaries of the QC engineers, have been included as factory overhead in calculating the company’s volume-based factory overhead rate which is based on direct labor dollars.
 
 The company’s president is confused. His vice president of production has told him how efficient the new system is, yet there is a large increase in the factory overhead rate. The computation of the rate before and after automation is shown below.
 

  Before After
Budgeted overhead $1,900,000 $2,100,000
Budgeted direct labor 1,000,000 700,000
Budgeted overhead rate 190% 300%

 “Three hundred percent,” lamented the president, “How can we compete with such a high factory overhead rate?”
 
 Required:
 
 1. a. Define factory overhead, and cite three examples of typical costs that would be included in factory overhead.
 b. Explain why companies develop factory overhead rates.
 
 2. Explain why the increase in the overhead rate should not have a negative financial impact on Moss Manufacturing.
 3. Explain, in the greatest detail possible, how Moss Manufacturing could change its overhead accounting system to eliminate confusion over product costs.
1. a. Factory overhead costs include all indirect costs (all production costs except direct material and direct labor). These costs cannot be practically or economically traced to end products and, therefore, must be assigned by some allocation method. Typical factory overhead costs include
 
 ο indirect labor, i.e., lift-truck driver’s wages, maintenance and inspection labor, engineering labor, and supervisors.
 ο other indirect factory costs, i.e., building maintenance, machine and tool maintenance, property taxes, property insurance, pension costs, depreciation on plant and equipment, rent expense, and utility expense.
 
 b. Companies develop factory overhead rates to facilitate the costing of products as they are completed and shipped, rather than waiting until actual costs are accumulated for the period of production.
 
 2. The overhead rate increase should not have a negative impact on Moss Manufacturing because the increase in indirect costs was offset by a decrease in direct labor.
 3. Rather than using a universal volume-based overhead rate, Moss Manufacturing could implement separate overhead pools and allocate the overheads to the activities using the appropriate pools. Examples are as follows.
 
 ο Separate costs into departmental overhead accounts (or other relevant pools), with one account for each production and service department. Each department would allocate its overhead to products on the basis that best reflects the use of these overhead services.
 ο Individual machines (or other more relevant allocations bases) could be treated as
 separate cost centers with the machine costs collected and charged to the products using the machine(s). 

 

AACSB: Communication
AACSB: Reflective Thinking
AICPA: BB Critical Thinking
AICPA: FN Measurement
Blooms: Understand
Difficulty: 2 Medium
Learning Objective: 05-02 Describe activity-based costing (ABC), the steps in developing an ABC system, and the benefits of an ABC system.
Topic: Activity-Based Costing
142. The controller for Ocean Sailboats Inc., a company which uses an automated process to make sailboats, established the following overhead cost pools and cost drivers:
  

Overhead Cost Pool Budgeted
Overhead
Cost Driver Estimated
Cost Driver Level
Machine setups $250,500 # of setups 500 setups
Quality control 419,500 # of inspections 2,500 inspections
Other overhead cost 180,000 # of machine hrs 20,000 machine hrs

 A recent order for sailboats used:
  

Machine setups 50 setups
Quality inspections 305 inspections
Machine hours 2,024 machine hours

 Required:
 
 1. What is the overhead rate per machine hour if the number of machine hours is used as a single cost driver under traditional costing system?
 2. Utilizing traditional costing, how much overhead is assigned to the order based on machine hours as a single cost driver?
 3. Utilizing ABC, how much total overhead is assigned to the order?
1.
 
 

Overhead Cost Pool Budgeted Overhead
Machine setups $250,500
Quality control 419,500
Other overhead cost 180,000
Total estimated overhead $850,000
Estimated machine hours ÷20,000
Overhead rate per machine hour   $42.50

 2. 2,024 machine hours × $42.50 per machine hour = $86,020
 
 3.
  

Overhead
Cost pool
Budgeted
Overhead
Cost
Driver
Level
 Overhead
Rate
Actual
Cost
Drivers
Actual
Overhead
for Order
Machine setups $250,500 500 $501.00 50 $25,050
Quality control 419,500 2,500 167.80 305 51,179
Other overhead cost  180,000 20,000 9.00 2,024  18,216
Totals $850,000       $94,445

 

AACSB: Knowledge Application
AICPA: BB Critical Thinking
AICPA: FN Measurement
Blooms: Apply
Difficulty: 1 Easy
Learning Objective: 05-03 Determine product costs under both the volume-based method and the activity-based method and contrast the two.
Topic: A Comparison of Volume-Based and Activity-Based Costing
143. Skateline Inc. designs and manufactures roller skates. The following data pertain to two of its major customers: FantasticSkates and SkateToday.
  

  FantasticSkates SkateToday
Total sales $1,500,000 $1,450,000
Sales discount 4% 3%
Sales terms 2/10, n/30 2/10, n/30
Sales returns 5% 2%
Assume sales discounts are taken on total invoice amount and that returns occur within 10 days of the sale.

 Required:
 
 Compare the net proceeds from each customer to Skateline Inc. 30 days after sale. (rounded to nearest dollar for each step where applicable).

  Fantastic Skate Today
Total Sales $1,500,000 $1,450,000
   Less Sales Discounts (4%, 3%) 60,000 43,500
Net Sales after discounts $1,440,000 $1,406,500
   Less Sales returns (5%, 2%)     $72,000     $28,130
Net Sales $1,368,000 $1,378,370

 

AACSB: Knowledge Application
AICPA: BB Critical Thinking
AICPA: FN Measurement
Blooms: Apply
Difficulty: 1 Easy
Learning Objective: 05-06 Use an activity-based approach to analyze customer profitability.
Topic: Customer Profitability Analysis
144. Certo Health Products was formed two years ago to produce and distribute a newly-patented protein supplement. Two variations of the original supplement have since been developed and introduced for general sale. The three products are processed in essentially the same way, but Ann Marshall, the owner of Certo, anticipates that a half-dozen new products will be developed for sale in the next two years. These products will not be variations of the patented supplement, and will require a different production process other than the one currently used. Ann has asked you to review the current use of a single volume-based rate and explain the arguments for using departmental rates with activity-based drivers.
A single volume-based rate is appropriate in situations where product are processed in similar ways and departments, and where little variation exists in the “causes” of costs. Once multiple variations of production processes are required, departmental rates probably will provide more accurate cost reporting. Different processes (departments) cause different costs to happen for different reasons. A simple example is the manufacture of writing instruments. Pencils require one set of processes, ballpoint pens a different set, and highlighting pens another set. Within the production processes of each type of writing instrument, different departments have costs “caused” by different factors, e.g., labor-intensive vs. machine-intensive departments. By using activity as a basis for allocation of overhead, a clearer distinction is made between volume-related costs and capacity-related costs. This distinction provides the basis for selection of correct cost drivers for different products in different departments, which results in more accurate cost data for product pricing and strategic operational decisions. 

 

AACSB: Analytical Thinking
AACSB: Communication
AICPA: BB Critical Thinking
AICPA: FN Measurement
Blooms: Analyze
Difficulty: 1 Easy
Learning Objective: 05-01 Explain the strategic role of activity-based costing.
Topic: A Comparison of Volume-Based and Activity-Based Costing
Topic: Strategic Role-Activity-Based Costing
Topic: Strategic Role-Volume-Based Costing
145. Cost Pools and Cost Drivers: Based on a recent study of its manufacturing operations Johnston Manufacturing Corporation has identified six resource consumption cost drivers. These cost drivers and their budgeted activity levels for the coming year are:
  

Cost Driver Activity Level
Number of purchase orders 6
Number of production runs (2,500 units per production run) 40
Machine-hours 100,000
Factory space (square feet) 24,000
Units of production 100,000
Engineering hours 20,000

 The firm has budgeted the following costs for the year:
  

Engineering design $600,000
Depreciation—building 50,000
Depreciation—machine 40,000
Electrical power (for factory building) 6,000
Electrical power (for machining) 30,000
Insurance 20,000
Property taxes 15,000
Machine maintenance—labor 11,000
Machine maintenance—materials 9,000
Natural gas (for heating) 8,000
Inspection of finished goods 7,000
Setup wages 20,000
Receiving 10,000
Inspection of direct materials on receiving 3,000
Purchasing 20,000
Custodial labor 51,000

 With the exception of the factory space cost pool, which uses machine-hours as the activity consumption cost driver, other cost pools have identical resource and activity consumption cost drivers.
 
 Required:
 
 1. Identify the most appropriate activity cost pool for each of the cost items and cost driver for each activity cost pool you identified.
 2. Johnston has received a request to quote the price for 4,000 units of a new product. The production will require 100 engineering-hours and 4,250 machine-hours. What is the manufacturing overhead per unit the firm should use in determining the price?

Cost pool 1: Cost driver: Number of purchase orders  
   Receiving $10,000
   Inspection of direct materials 3,000
   Purchasing  20,000
   Total $33,000
Cost pool 2: Cost driver: Number of production runs  
   Setup wages $20,000
Cost pool 3: Cost driver: Machine hours  
   Depreciation, machine $40,000
   Electrical power (machining) 30,000
   Machine maintenance – labor 11,000
   Machine maintenance – materials 9,000
   Total $90,000
Cost pool 4: Cost driver: Factory space  
   Depreciation, building $50,000
   Electrical power (factory building) 6,000
   Insurance 20,000
   Property taxes 15,000
   Natural gas (for heating) 8,000
   Custodial labor 51,000
   Total $150,000

 Note: However, the problem indicated that the firm uses machine hours as the base for assigning facility-level costs. An alternative solution is to combine cost pools 3 and 4.
  

Cost pool 5: Cost driver: production (in units)  
   Inspection of finished goods $7,000
Cost pool 6: Cost driver: engineering hours  
   Engineering design $600,000

 2. Overhead Rates:
  

Cost pool 1: Total cost $33,000
  Number of purchase orders         6
  Cost per purchase order  $5,500
Cost pool 2: Total cost $20,000
  Number of production runs        40
  Cost per production run    $500
Cost pool 3: Total cost $90,000
  Number of machine hours 100,000
  Cost per machine hour   $0.90
Cost pool 4: Total cost $150,000
  Number of machine hours  100,000
  Cost per machine hour     $1.50
Cost pool 5: Total cost $7,000
  Number of units 100,000
  Cost per unit    $0.07
Cost pool 6: Total cost $600,000
  Total engineering hours    20,000
  Cost per engineering hour    $30.00

 Manufacturing overhead:
 
 Unit level:
 

Cost pool 3 – Cost per machine hour $0.90  
  Number of machine hours × 4,250 $3,825
Cost pool 5 – Cost per unit $0.07  
  Number of units × 4,000 280

 Batch level:
 

Cost pool 2 – Cost per production run $500  
  Number of production runs
 (4,000 units ÷ 2,500 = 1.6)
 × 2  1,000

 Product-level level:

 

Cost pool 1 – Cost per purchase order $5,500  
  Number of purchase orders × 1 5,500
Cost pool 6 – Cost per engineering hour $30  
  Number of engineering hours × 100 3,000

 Facility-level level*:

 

Cost pool 4 – Cost per machine hour $1.50  
  Number of machine hours × 4,250  6,375
Total manufacturing overhead     $19,980
Number of units     ÷ 4,000
Manufacturing overhead per unit     $4.995

 * There are at least one alternative activity consumption drivers for assigning facility-level cost besides number of machine hours (shown below):
 
 Based on machine hours:

 

Total facility-level cost (Cost pool 4) $150,000
Number of machine hours  100,000
Cost per machine hour     $1.50

 Alternatively, the firm may use number of units to assign facility-level cost.
 
 Based on number of units:

 

Total facility-level cost (Cost pool 4) $150,000
Units of production  100,000
Cost per unit   $1.50

 Unit level:

 

Cost pool 3 $3,825
Cost pool 5 280

 Batch level:
 

Cost pool 2 1,000

Product-level level:
 

Cost pool 1 5,500
Cost pool 6 3,000

 Facility-level level:
 

Cost pool 4 – Cost per unit $1.50  
           Number of units × 4,000  6,000
Total manufacturing overhead   $19,605
Number of units   ÷ 4,000
Manufacturing overhead per unit   $4.90125

 

AACSB: Knowledge Application
AICPA: BB Critical Thinking
AICPA: FN Measurement
Blooms: Apply
Difficulty: 3 Hard
Learning Objective: 05-02 Describe activity-based costing (ABC), the steps in developing an ABC system, and the benefits of an ABC system.
Topic: Identify Cost Drivers
146. Volume-Based Costing Versus ABC: Gorden Company produces a variety of electronic products. One of its plants produces two laser printers, Speedy and Deluxe. At the beginning of 2013, the following data were prepared for this plant:
  

  Deluxe Speedy
Quantity 50,000 400,000
Selling price $475.00 $300.00
Unit prime cost 180.00 110.00
Unit overhead cost 20.00 153.60

 The unit overhead cost is calculated using the predetermined overhead application rate based on direct labor-hours.
 Upon examining the data, the marketing manager was particularly impressed with the per-unit profitability of the Deluxe printer and suggested that more emphasis be placed on producing and selling this product. The plant supervisor objected to this strategy, arguing that the Deluxe model required a very delicate manufacturing process. The supervisor believed that the cost of the Deluxe printer was likely to be much higher than reported.
 The controller suggests an activity-based costing system and provides the following budget data pertaining to the period:
  

    Activity Consumption
Overhead Activity Cost Driver Pool Rate* Deluxe Speedy
Setups Number of setups $2,800 200 100
Machine costs Machine-hours 100 100,000 400,000
Engineering Engineering-hours 40 45,000 120,000
Packing Packing orders 20 50,000 200,000

 * Cost per unit of cost driver
 
 Required:
 
 1. Using the projected data based on the firm’s current costing system, calculate gross profit per unit and gross profit percentage for each product. Round calculations to 2 decimal places.
 2. Using the suggested multiple cost drivers’ overhead rates, calculate the overhead cost per unit for each product and determine gross profit per unit and gross profit percentage for each product.
 3. Based on your results, evaluate the suggestion of the marketing manager to emphasize the Deluxe model.
 4. How does ABC contribute to Gorden’s competitive advantage?
1. Current costing system (direct-labor hour)
 
 

  Deluxe % Speedy %
Price $475 100 $300.00 100
Prime Cost 180 38 110.00 37
Overhead  20 4 153.60 51
Unit gross profit            $27558   $36.40 12

 2. Multiple drivers costing system
 

Calculation of unit overhead costs – Deluxe: Deluxe
Setups $2,800 × 200 = $560,000
Machine costs $100 × 100,000 = 10,000,000
Engineering $40 × 45,000 = 1,800,000
Packing $20 × 50,000 = 1,000,000
Total overhead     $13,360,000
Number of Units     ÷50,000
Overhead per unit      $267.20

 

Calculation of unit overhead costs – Speedy: Speedy
Setups $2,800 × 100 = $280,000
Machine costs $100 × 400,000 = 40,000,000
Engineering $40 × 120,000 = 4,800,000
Packing $20 × 200,000 = 4,000,000
Total overhead     $49,080,000
Number of Units     ÷400,000
Overhead per unit      $122.70

 

    Deluxe %   Speedy %
Price   $475.00 100   $300.00 100
Cost            
       Prime cost $180.00     $110.00    
     Overhead  267.20  447.20  94  122.70  232.70  78
Unit gross profit    $27.80    6   $67.30 22

 3. Using the activity-based costing, a much different picture on profitability of the Deluxe and Speedy models emerges. The Speedy model is actually more profitable than the Deluxe model. The revised cost data suggests that shifting the emphasis to the Deluxe model may very well be a mistake. The Deluxe printer is a much heavier user of overhead resources as can be seen in the table below that compares uses of overhead.
  

Overhead
Activity
Activity Consumption
Deluxe Speedy
Setups 250 units per setup 4000 units per setup
Machine costs 2 MH per unit 1 MH per unit
Engineering 0.9 Engr. Hr. per unit 0.3 Engr. Hr. per unit
Packing 1 unit per packing order 2 unit per packing order

 Supporting calculations

  Activity Consumption
  Deluxe Speedy
  Total Per Activity Measure Total Per Activity Measure
Units 50,000   400,000  
Setups 200 250 units per setup 100 4,000 units per setup
Machine Costs 100,000 2 MH per unit 400,000 1 MH per unit
Engineering 45,000 0.9 Engineering Hours per unit 120,000 0.3 Engineering hours per unit
Packing 50,000 1 unit per packing order 200,000 2 unit per packing order

 4. The ABC method is likely to provide Gordon Company a more accurate product cost picture. It also directs the management’s attention to the high volume, more profitable Speedy printers.
 Given the low profit margin of the Deluxe, the firm may want to investigate the feasibility of raising the price, the possibility of reducing product cost, or both. 

 

AACSB: Analytical Thinking
AACSB: Knowledge Application
AICPA: BB Critical Thinking
AICPA: FN Measurement
Blooms: Analyze
Blooms: Apply
Difficulty: 2 Medium
Learning Objective: 05-02 Describe activity-based costing (ABC), the steps in developing an ABC system, and the benefits of an ABC system.
Learning Objective: 05-03 Determine product costs under both the volume-based method and the activity-based method and contrast the two.
Text Feature: Strategy
Topic: A Comparison of Volume-Based and Activity-Based Costing
Topic: Strategic Role-Activity-Based Costing
147. Customer Profitability Analysis: Boston Depot sells office supplies to area corporations and organizations. Tom Delayne, founder and CEO, has been disappointed with the operating results and the profit margin for the last two years. Business forms are mostly a “commodity” business with low profit margins. To increase profit margins and gain competitive advantages, Delayne introduced “Desk-Top Delivery” service. The business seems to be as busy as ever. Yet, the operating income has been declining. To help identify the root cause of declining profits, he decided to analyze the profitability of two of the firm’s major customers: Omega International (OI) and City of Albion (CA).
 
 According to the customer profitability analysis that Boston Depot conducts regularly, Boston Depot has the same amount of total sales with both OI and CA. However, the firm earns a higher gross margin and gross margin ratio from CA than those from the sales to OI, as demonstrated here:
  

  Customer Profitability Analysis
  Omega International City of Albion
Sales $80,000 $80,000
Product cost (50,000) (48,000)
Service fees (17.5% of sales) (14,000) (14,000)
Gross margin $16,000 $18,000
Gross margin percent 20% 22.5%

 Boston Depot adds a flat 17.5 percent to all sales for expenses incurred in such activities as handling customers’ requests, pick-packing, order delivery, warehousing, and data entry. However, not all customers require the same level of services. Operation Manager, Jamie Steel, points out that CA has been a much heavier service user than OI. She shows the following data to support her belief:
  

Distribution Services Activities for OI and CA
  OI CA
Number of requisitions 300 700
Requisition line (all pick-packing) 900 2,100
Average number of cartons in warehouse 50 500
Number of miles per delivery 5 6

 Controller Rod Jay has been investigating ways to determine the costs of performing various activities. He summarized his findings:
 

Total Estimated Estimated Annual
Activity Annual Expense Cost Driver Activity Level
Requisitions handling $3,000,000 Requisitions 300,000
Warehouse 1,050,000 Number of cartons 70,000
Pick-packing 900,000 Pick-pack lines 600,000
Data entry 600,000 Pick-pack lines 600,000
Delivery charge $10 per requisition (delivery) plus $0.30 per mile

 Steel points out that activities cost money. Two customers who request different service activities most likely are not costing the firm the same.
 
 Required:
 
 1. Using activity-based costing, compute the charges per unit of service activities.
 2. Using activity-based costing, compute the total distribution costs for each of the customers.
 3. Is the City of Albion a more profitable customer?
 4. Is Omega International a better customer for Boston Depot?
1. Service cost rate per unit of activity
 
 

Activities Estimated Annual Expense Cost Driver Estimated Annual Cost Driver Units Service Cost Per Unit
Requisition Handling $3,000,000 Requisitions 300,000 $10.00
Warehouse $1,050,000 Cartons 70,000 $15.00
Pick Packing $900,000 (PP) Lines 600,000 $1.50
Data Entry $600,000 (PP) Lines 600,000 $1.50
Delivery charge $10 per delivery (requisition) + $0.30 per mile

 2. Service Costs
  

Omega International City of Albion
Requisition Handling
 (300 requisitions × $10/requisition)
$3,000  (700 requisitions × $10/requisition) $7,000
Warehouse Activity
 (50 cartons × $15.00 per carton)
750  (500 cartons × $15.00 per carton) 7,500
Pick-Packing
 (900 pick-pack lines × $1.50)
1,350  (2,100 pick-pack lines × $1.50) 3,150
Data Entry
 (900 lines × $1.00/line)
900  (2,100 lines × $1.00/line) 2,100
Freight Out
 ($10 × 300) + ($0.30 × 5 × 300)
3,450  ($10 × 700) + ($0.30 × 6 × 700) 8,260
Total Service Costs $9,450   $28,010

 3. Customer Profitability Analysis-Activity Based
  

  Omega International City of Albion
Sales $80,000 $80,000
Product Cost (50,000) (48,000)
Service costs ( 9,450) (28,010)
Gross Margin $20,550  $3,990
Gross Margin % 25.69% 4.99%

 The above profitability analysis indicates that, under activity-based costing, Omega International, not City of Albion, is more profitable to Boston Depot. The apparent higher gross margin percentage of the City of Albion relative to the Omega International was the result of not recognizing differences in the service activities requested by different customers under the firm’s existing costing system.
 City of Albion is a much heavier user of services provided by Boston Depot. Although both customers had the same total sales, City of Albion made more desktop delivery requests in smaller quantities and maintained more inventory by Boston Depot.
 
 4. The answer depends on the competitive strategy of the firm. The gross profit margin ratios show that Omega is the better customer of the two. Omega does not use much of the desktop delivery service Boston offers. Most likely Omega is a buyer of “commodity” items and does not need the convenience of desktop delivery. However, Boston’s pricing is likely to have incorporated the average cost of desktop deliveries. If Omega realizes that it is paying for services not used, it may buy the commodity it needs elsewhere, unless Boston lowers the price to Omega.
 
 All custom-printed business forms by different suppliers are likely to be the same. Delayne wanted to “differentiate” its forms from those of competitors’ by offering desktop delivery services. In the long-run, Omega is not likely to be a customer staying with Boston Depot. Boston Depot needs to be prepared to lower the price to Omega.
 If the firm desires to compete on a differentiation strategy it needs to price accordingly. Boston Depot needs to raise prices to City of Albion. If City of Albion is willing to pay a higher price for the convenience of desktop delivery, it is the kind of customer that Delayne wants. 

 

AACSB: Analytical Thinking
AACSB: Knowledge Application
AICPA: BB Critical Thinking
AICPA: FN Decision Making
AICPA: FN Measurement
Blooms: Apply
Blooms: Evaluate
Difficulty: 3 Hard
Learning Objective: 05-06 Use an activity-based approach to analyze customer profitability.
Text Feature: Strategy
Topic: Customer Cost Analysis
Topic: Customer Profitability Analysis
148. Customer Profitability Analysis: Spring Company collected the following data pertaining to its activities with selected customers.
  

  HS Inc. Adventix Baldwin
Total sales $600,000 $750,000 $900,000
Sales discount a 2% 3% 2%
Sales terms b 2/10, n/30 1/15, n/60 2/10, n/eom
Shipping terms FOB Shipping point FOB Destination FOB Destination
Sales returns rate c 2% 4% 3%
Number of orders d 10 5 50
Units per order 100 250 30
Expedited order 0 2 5
Sales visits 1 1 2
Number of sales returns 3 4 10
a Sales discounts are incentives offered on the full invoice price
 b Sales terms are an incentive in the form of a reduction of the net invoice amount to customers that pay an invoice early
 c Sales returns are all completed within the first 10 days of this billing month
 d Each order is filled in a single delivery

 Spring Company mails monthly statements on or before the first day of each month. HS pays all of its account payables within the payment discount periods. Adventix does not take the early payment discounts. In fact, the company pays half of its accounts on the date that these accounts are due and pays the remainder at the end of the following month. Baldwin also does not take advantage of discounts for early payments. However, it pays its accounts on the specified due date. Cost of goods sold is sixty percent of gross sales price. Joan Lieberman, the controller of Spring Company, has estimated that the cost of working capital is approximately 2 percent per month.
 
 Lieberman also gathered the following cost data:
  

Activity Cost Driver and Rate
Order taking $50 per order
Order processing $75 per order
Delivery $300 per delivery
Expedited orders $500 per order
Restocking $10 per unit plus $200 per return
Sales visits $800 per visit

 Required:
 
 Prepare and interpret a customer profitability analysis for Spring Company. How does it help Spring Company become more competitive and profitable?

  HS Inc. Adventix Baldwin
Customer revenue analysis      
Total sales $600,000 $750,000 $900,000
Less: Sales discount    12,000    22,500    18,000
Net invoice $588,000 $727,500 $882,000
Less: Sales returns    11,760      7,275    26,460
Net sales $576,240 $720,225 $855,540
Less: Early payment discounts 11,525    
             Finance charge: working capital    3,765 1            36,011 2 __17,011 3
Net proceeds $560,950 $684,214 $838,429
Cost of goods sold 360,000 450,000 540,000
Gross margin $200,950 $234,214 $298,429
Customer cost analysis      
Customer unit-level cost:      
           Sales return (restocking) 4 $200 $500 $450
Customer batch-level costs:      
           Order taking $50 × 10; 5; 50 500 250 2,500
           Order processing $75 × 10; 5; 50 750 375 3,750
           Sales return $200 × 3; 4; 10 600 800 2,000
           Delivery $300 × 10; 5; 50 3,000 1,500 15,000
           Expediting order $500 × 0; 2; 5   1,000 2,500
Customer sustaining costs:      
           Sales visits $800 × 1; 1; 2     800     800     1,600
Total customer cost    $5,850    $5,225  $27,800
Net customer profit $195,100 $228,989 $270,629

 1Net proceeds: $576,240 – (2% × 576,240) = 576,240 – $11,525 = $564,715
 Finance charge for working capital: $564,715 × 2% × (10 ÷ 30) = $7,530
 
 2 The net amount is carried for 60 days, when Adventix pays half of its amount due. The remainder of the balance is paid on the 90th day:
  

Finance charge for 60 days working capital $720,225 × 2% × (60 ÷ 30) = $28,809
Payment received on the 90th day: $720,225 ÷ 2 = $360,112.50  
Finance charge for 30 days working capital $360,112.50 × 2% × (30 ÷ 30) =    7,202
             Net finance charge   $36,011

 3 The net amount is carried for 30 days when Baldwin pays its balance due.
 Finance charge for 30 days working capital $855,540 × 2% × (30 ÷ 30) = $17,111
 
 4 Restocking cost:
  

HS Inc: 10 × 100 × 2% × $10 = $200
Adventix: 5 × 250 × 1% × $10 = $125
Baldwin: 50 × 30 × 3% × $10 = $450

 There are many possible ways to interpret the information contained in the customer profitability analysis, and a few suggestions are offered her. Certainly, Spring should consider a some type of billing policy for delivery charges. While some customers have only a few deliveries, a customer like Baldwin costs $15,000 with so many deliveries. Maybe there should be a set number of deliveries that would be free and then have a delivery charge for all deliveries in excess of that level. Another possibility is that the delivery charge would be on a sliding scale. Spring should also reevaluate the early payment discounts and trade discounts offered to each customer. Looking at HS, the early payment discount taken by this customer is saving $7,530 for 20 days of working capital charge; perhaps Spring should consider lowering its trade discount for Advantix and offer a larger early payment discount. Aside from working with its customers, Spring needs to look at its internal cost structure. For example, the cost of a return is $200 and this needs to be reviewed for its components. How many hours is this taking? It is a fixed cost – are there employees handling it who should be doing more advanced work?
 
 Customer profitability analysis helps the company become more competitive by identifying the most profitable and least profitable customers. This information can then be used by management to adjust pricing policies, identify ways to reduce the cost to serve customers, and change the customer mix for a more profitable group of customers. 

 

AACSB: Analytical Thinking
AACSB: Communication
AACSB: Knowledge Application
AICPA: BB Critical Thinking
AICPA: FN Decision Making
AICPA: FN Measurement
Blooms: Analyze
Blooms: Apply
Difficulty: 3 Hard
Learning Objective: 05-06 Use an activity-based approach to analyze customer profitability.
Topic: Customer Cost Analysis
Topic: Customer Profitability Analysis
149. Volume-based Versus ABC Overhead Rate: Medical Arts Hospital (MAH) uses a hospital-wide overhead rate based on nurse-hours. The intensive care unit (ICU), which has 30 beds, applies over­head using patient-days. Its budgeted cost and operating data for the year follow:
  

Hospital Budget Information
Hospital total overhead $57,600,000
Hospital total nurse-hours 1,152,000

 

Budget Cost Driver Information for ICU for the Month of June
Cost Pool Budget Cost Cost Driver Budget Cost Driver Activity
Facilities and equipment $2,400,000 Number of patient-days 7,500
Nursing care 3,000,000 Number of nurse-hours 80,000

 In June, MAH’s intensive care unit had the following operating data:
 
 81,000 nurse-hours
 7,250 patient-days
 
 Required:
 
 1. Calculate the ICU’s overhead costs for the month of June using
 
 a. The hospital-wide rate
 b. The ICU department-wide rate
 c. The cost driver rates for the ICU department
 
 2. Explain the differences and determine which overhead assignment method is more appropriate.

MAH’s ICU overhead costs for the month of June using:
a. Hospital-Wide Rate Based on Nurse-Hours
      Per nurse-hour: $57,600,000 ÷ 1,152,000 = $50
      Total ICU applied overhead costs: $50 × 81,000 = $4,050,000
b. The ICU Department-Wide Rate Based on Patient-Days
      Total budgeted ICU overhead: $2,400,000 + $3,000,000 = $5,400,000
      Overhead rate per budgeted patient-day: $5,400,000 ÷ 7,500 = $720
      Total ICU applied overhead costs: $720 × 7,250 = $5,220,000

 

c. Activity Cost Driver Rates
Budgeted
Cost Pool
Budgeted
Cost
Budgeted
Activity
Budgeted
OH Rate
Total
Activity
Applied
Overhead
Facilities $2,400,000 7,500 $320.00 7,250 $2,320,000
Nurse care 3,000,000 80,000 37.50 81,000  3,037,500
Total applied overhead costs $5,357,500

 2. The first method uses a hospital-wide overhead rate, which likely bears no relationship with the overhead activities performed in the intensive care unit (ICU). In particular, it is likely to be too low a rate because the equipment used in the ICU is more complex and expensive than in the other units of the hospital. The second method uses the patient-day overhead rate for the ICU department. This is an improvement over the first method because it uses the overhead and usage information in the ICU. But a single patient-day cost driver may not have direct relationships with some of the activities performed in the ICU department. The third method is the preferred method because it uses a cost driver for each of the cost pools that reflects the resources consumed by activities of the cost pool. Notice however that there is little difference in the costs for the second and third methods because there is a high correlation between the number patient days and nursing hours in the ICU. 

 

AACSB: Knowledge Application
AICPA: BB Critical Thinking
AICPA: FN Decision Making
AICPA: FN Measurement
Blooms: Apply
Blooms: Evaluate
Difficulty: 2 Medium
Learning Objective: 05-03 Determine product costs under both the volume-based method and the activity-based method and contrast the two.
Topic: A Comparison of Volume-Based and Activity-Based Costing

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