Collie Company has a joint process that produces three products: R, D and A. Each product may be sold at split-off or processed further and then sold. Joint processing costs for a year amount to $300,000. Other relevant data are as follows:
Product |
Sales Value |
Costs after |
Sales Value |
|||
at Split-Off |
Split-Off |
at Completion |
||||
$ |
$ |
$ |
||||
R |
120,000 |
260,000 |
420,000 |
|||
D |
80,000 |
140,000 |
190,000 |
|||
A |
150,000 |
190,000 |
350,000 |
Required:
c. Using incremental analysis determine which products should be sold at split-off point and which should be processed further.
A.
Total sales value = $120000 + $80000 + 150000
= $350000
Total joint cost = $300000
Therefore,
Total net income =$350000 - $300000
=$50000.
B. Total sales value = $420000 + $190000 + $350000
=$960000
Total joint cost = $300000
Total further processing cost = $260000 + $140000 + $190000 = $590000
Therefore,
Total net income = $960000 - $300000 - $590000
= $70000
C.
Product | R | D | A | ||
Sales Value After Further Process | $420000 | $190000 | $350000 | ||
Less: Further Processing Cost | $260000 | $140000 | $190000 | ||
Less:Sales Value At Split -off | $120000 | $80,000 | $150000 | ||
Net Benefit if Further Process | $40000 | -$30000 |
$10000 |
Since net Benefit further processing of product D is negative it should be sold at Split off. The other two Product R and A have positive Net benefits form Further process. Hence these two products should be further processed.
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