Answer :
Final answer:
To allocate the joint product costs for Rooney Chemical Company's B7, K6, and X9, you can use weight and market value as bases. The cost allocated using weight is $624,000 for B7, $1,248,000 for K6, and $1,120,000 for X9. When using market value, the costs are $265,259.20 for B7, $1,061,544 for K6, and $1,665,196.80 for X9.
Explanation:
Allocation of Joint Product Costs
To allocate the joint product costs of Rooney Chemical Company’s products B7, K6, and X9, we need to use two different bases: weight and market value. The total joint production cost for a batch is $2,992,000.
Allocation Based on Weight
The total weight of the products is 374,000 pounds, broken down as:
- B7: 78,000 pounds
- K6: 156,000 pounds
- X9: 140,000 pounds
To find the cost per pound, divide the total batch cost by the total weight:
$2,992,000 / 374,000 pounds = $8 per pound
Then, multiply the cost per pound by each product's weight to allocate the costs:
- B7: 78,000 pounds x $8 = $624,000
- K6: 156,000 pounds x $8 = $1,248,000
- X9: 140,000 pounds x $8 = $1,120,000
Allocation Based on Market Value
First, calculate the total market value of the batch by multiplying each product's weight by its sales price per pound:
- B7: 78,000 pounds x $4 = $312,000
- K6: 156,000 pounds x $8 = $1,248,000
- X9: 140,000 pounds x $14 = $1,960,000
Total market value
= $312,000 + $1,248,000 + $1,960,000 = $3,520,000
To determine the cost allocation according to market value, calculate each product's percentage of the total market value and apply it to the total batch cost:
- B7: $312,000 / $3,520,000 = 8.86%
- K6: $1,248,000 / $3,520,000 = 35.45%
- X9: $1,960,000 / $3,520,000 = 55.68%
Apply these percentages to the total cost:
- B7: 8.86% x $2,992,000 = $265,259.20
- K6: 35.45% x $2,992,000 = $1,061,544
- X9: 55.68% x $2,992,000 = $1,665,196.80
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