Tanner Corporation produced 4,270 units, consisting of three separate products, in a joint process for the year. The market for these products was so unstable that it was not practical to estimate the selling price of the products. A cost of $471,000 was incurred in the joint process. Product X's production was 80% of product Y's while product Z's production was 125% of product Y's. What is the amount of the joint cost allocable to product X (rounded to the nearest whole dollar) assuming Tanner uses the physical quantities method of allocation?
Lets product Y production is equal to 100%
Then Product X = 100*80% = 80%
Product Z = 100*125% = 125%
Product | Percentage | Physical Unit | Joint Cost | Joint cost |
X | 80% | 4270*80/305 = 1120 | 471000 | 471000*1120/4270 = 123541 |
Y | 100% | 1400 | 471000 | 154426 |
Z | 125% | 1750 | 471000 | 193033 |
Total | 305% | 4270 | 471000 |
So answer is $123541
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