Question
XYZ Company produced product (X) in large quantities totaling 25,000 units per year, and product (G) produced smaller quantities, totaling 5,000 units per year, both
XYZ Company produced product (X) in large quantities totaling 25,000 units per year, and product (G) produced smaller quantities, totaling 5,000 units per year, both products require one hour of direct labor, and the expected additional industrial cost per year is $ 900,000, as well as the expected use of each Activity is 900,000, and we had the following additional data:
Cost units using the traditional system
Direct material cost | $ 40 for product (x) $ 30$ for the product (G) |
cost of direct labor | $ 32 for product (x) $ 12 for the product (G) |
Activities | Estimated additional industrial costs | loading, estimated
|
Machine processing activity | 300,000 $ | 1500 times |
Machine operating activity | 500,000 $ | 50,000 hours |
Check activity | 100,000 $ | 2000 times |
Activity energy | product (x) | product (G) |
Machine processing times. | 500 | 1000 |
Machine operating hours | 30,000 | 20,000 |
Number of checks | 500 | 1500 |
Required
Calculate the total product cost per unit, using:
1- The traditional method (on the basis of the production unit)
2- Modern Activity Based Method (ABC)
In light of this:
1- What are the differences for each unit?
2- Explain the impact of these differences from a financial perspective such as (competitors' market share, product pricing, company profitability ...)
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