In: Accounting
Maglie Company manufactures two video game consoles: handheld and home. The handheld consoles are smaller and less expensive than the home consoles. The company only recently began producing the home model. Since the introduction of the new product, profits have been steadily declining. Management believes that the accounting system is not accurately allocating costs to products, particularly because sales of the new product have been increasing. Management has asked you to investigate the cost allocation problem. You find that manufacturing overhead is currently assigned to products based on their direct labor costs. For your investigation, you have data from last year. Manufacturing overhead was $1,317,000 based on production of 300,000 handheld consoles and 88,000 home consoles. Direct labor and direct materials costs were as follows:
Handheld Home Total Direct labor $1,245,250 $401,000 $1,646,250
Materials 720,000 678,000 1,398,000
Management has determined that overhead costs are caused by three cost drivers. These drivers and their costs for last year are as follows:
Activity Level Cost Driver Costs Assigned Handheld, Home, Total Number of production runs $ 550,000 40 15 55
Quality tests performed 580,000 13 16 29
Shipping orders processed 187,000 120 50 170
Total overhead $ 1,317,000
Required: a. How much overhead will be assigned to each product if these three cost drivers are used to allocate overhead? What is the total cost per unit produced for each product? (Round "Total cost per unit" to 2 decimal places.)
B. How much overhead will be assigned to each product if direct labor cost is used to allocate overhead? What is the total cost per unit produced for each product? (Do not round intermediate calculations. Round "Total cost per unit" to 2 decimal places.)
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Part a: | ||||||||
a | b | c=a/b | Handheld | Home | ||||
Activity | Cost | Total Driver | Activity rate | No of Driver | Overhead Allocated | No of Driver | Overhead Allocated | |
No of Production Run | $ 550,000 | 55 | $ 10,000 | 40 | $ 400,000 | 15 | $ 150,000 | |
Quality Test Performed | $ 580,000 | 29 | $ 20,000 | 13 | $ 260,000 | 16 | $ 320,000 | |
Shipping Order | $ 187,000 | 170 | $ 1,100 | 120 | $ 132,000 | 50 | $ 55,000 | |
Total | $ 1,317,000 | $ 792,000 | $ 525,000 | |||||
No of Units | 300000 | 88000 | ||||||
Overhead Per unit | $ 2.64 | $ 5.97 | ||||||
Product Cost per Unit: | ||||||||
Handheld | Home | |||||||
Direct Material | $ 720,000 | $ 678,000 | ||||||
Direct Labor | $1,245,250 | $ 401,000 | ||||||
Manufacturing Overheads | $ 792,000 | $ 525,000 | ||||||
Total Cost | a | $2,757,250 | $1,604,000 | |||||
No of Units | b | 300000 | 88000 | |||||
Cost per unit | a/b | $ 9.19 | $ 18.23 | |||||
Part b: | ||||||||
Predetermined Overhead Rate | 1317000/1646250 | 80.00% | ||||||
Overhead Per unit | ||||||||
Product Cost per Unit: | ||||||||
Handheld | Home | |||||||
Direct Material | $ 720,000 | $ 678,000 | ||||||
Direct Labor | $1,245,250 | $ 401,000 | ||||||
Manufacturing Overheads | 80% of Direct Labor | $ 996,200 | $ 320,800 | |||||
Total Cost | a | $2,961,450 | $1,399,800 | |||||
No of Units | b | 300000 | 88000 | |||||
Cost per unit | a/b | $ 9.87 | $ 15.91 | |||||