Product A Product B Direct material in pounds 139,500 190,500 Direct labor hours. 30,000 37,500 Machine hours 52,500 22,500 Number of setups 430 860 Number of units produced 15,000 7,500 Additional data: The 330,000 pounds of material were purchased for $544,500. One direct labor hours costs $12. a. Assume that Odyssey Inc. uses direct labor hours to apply overhead to products. Determine the total cost for each product and the cost per unit. Note: Round your final answers to two decimal places (i.e. round $4.355 to $4.36). Product A Total cost $2,296,245 x $ Total cost per unit $ 153.08 * $ b. Assume that Odyssey Inc. uses machine hours to apply overhead to products. Determine the total cost for each product and the cost per unit. Note: Round your final answers to two decimal places (i.e. round $4.355 to $4.36). Product A $3,141,495 * $ 209.43 x $ Total cost Total cost per unit $ Product B 2,907,555 x 387.67 X Total cost $ Total cost per unit $ Product B c. Assume that Odyssey Inc. uses the following activity centers, cost drivers, and costs to apply overhead to products: Cost Pool Cost Driver # of machine hours Product A 2,491,335 * $ 166.09 * $ 2,062,305 x 274.97 x Cost Utilities $750,000 Setup # of setups 193,500 Material handling # of pounds of material 1,419,000 Determine the total cost for each product and the cost per unit. Note: Round your final answers to two decimal places (i.e. round $4.355 to $4.36). Product B 2,712,465 x 361.66 x

Principles of Accounting Volume 2
19th Edition
ISBN:9781947172609
Author:OpenStax
Publisher:OpenStax
Chapter5: Process Costing
Section: Chapter Questions
Problem 2PB: The following product costs are available for Kellee Company on the production of eyeglass frames:...
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Product A Product B
Direct material in pounds
139,500 190,500
Direct labor hours
30,000
37,500
Machine hours
52,500
22,500
Number of setups
430
860
Number of units produced
15,000
7,500
Additional data: The 330,000 pounds of material were purchased for $544,500. One direct labor hours costs $12.
a. Assume that Odyssey Inc. uses direct labor hours to apply overhead to products. Determine the total cost for each product and the cost per unit.
Note: Round your final answers to two decimal places (i.e. round $4.355 to $4.36).
Product A
Total cost
$2,296,245 * $
Total cost per unit $ 153.08 * $
b. Assume that Odyssey Inc. uses machine hours to apply overhead to products. Determine the total cost for each product and the cost per unit.
Note: Round your final answers to two decimal places (i.e. round $4.355 to $4.36).
Product A
$3,141,495 * $
209.43 * $
Total cost
Total cost per unit $
Product B
2,907,555 *
387.67 *
Total cost
$
Total cost per unit $
Product A
2,491,335 * $
166.09 * $
Product B
c. Assume that Odyssey Inc. uses the following activity centers, cost drivers, and costs to apply overhead to products:
Cost Pool
Cost Driver
Cost
Utilities
$750,000
# of machine hours
# of setups
Setup
193,500
Material handling # of pounds of material 1,419,000
Determine the total cost for each product and the cost per unit.
Note: Round your final answers to two decimal places (i.e. round $4.355 to $4.36).
2,062,305 x
274.97 *
Product B
2,712,465 *
361.66 x
Transcribed Image Text:Product A Product B Direct material in pounds 139,500 190,500 Direct labor hours 30,000 37,500 Machine hours 52,500 22,500 Number of setups 430 860 Number of units produced 15,000 7,500 Additional data: The 330,000 pounds of material were purchased for $544,500. One direct labor hours costs $12. a. Assume that Odyssey Inc. uses direct labor hours to apply overhead to products. Determine the total cost for each product and the cost per unit. Note: Round your final answers to two decimal places (i.e. round $4.355 to $4.36). Product A Total cost $2,296,245 * $ Total cost per unit $ 153.08 * $ b. Assume that Odyssey Inc. uses machine hours to apply overhead to products. Determine the total cost for each product and the cost per unit. Note: Round your final answers to two decimal places (i.e. round $4.355 to $4.36). Product A $3,141,495 * $ 209.43 * $ Total cost Total cost per unit $ Product B 2,907,555 * 387.67 * Total cost $ Total cost per unit $ Product A 2,491,335 * $ 166.09 * $ Product B c. Assume that Odyssey Inc. uses the following activity centers, cost drivers, and costs to apply overhead to products: Cost Pool Cost Driver Cost Utilities $750,000 # of machine hours # of setups Setup 193,500 Material handling # of pounds of material 1,419,000 Determine the total cost for each product and the cost per unit. Note: Round your final answers to two decimal places (i.e. round $4.355 to $4.36). 2,062,305 x 274.97 * Product B 2,712,465 * 361.66 x
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