Cost allocation
Product A | Product B | Total | |
sales volume (units) | 360 | 200 | 560 |
Revenue | $4,000 | $24,000 | $28,000 |
Variable costs: | |||
direct materials | $800 | $1,600 | $2,400 |
direct labor | $1,600 | $4,000 | $5,600 |
Contribution margin | $1,600 | $18,400 | $20,000 |
Fixed costs | $16,800 | ||
Profit | $3,200 |
a) Allocate the fixed costs between products A and B. Use
direct labor dollars as the cost driver.
allocation rate=$ per ___________ DL$
allocated costs for A=$ __________
allocated costs for B=$ ___________
b) Compute the profit margins for products A and
B:
profit margin for A=$ ____________
profit margin for B=$ ____________
Enter negative numbers with a minus sign, i.e., a loss of
$1,000 should be entered as -1000, not as (1000) or
($1000).
* Knowing That If you drop product A in the short term, fixed costs will remain the same , profit will: decrease by $1,600
* If you drop product A in the long term, fixed costs will decrease by $4,800 , profit will increase by $3,200
c) Allocate the fixed costs between products A and B,
using the number of units as the cost driver.
allocation rate=$ ___________ per unit
allocated costs for A=$ ___________
allocated costs for B=$ ____________
Answer to Part
a.
Allocation Rate = Total Cost to be allocated / Cost Driver
Allocation Rate = 16,800 / 5,600
Allocation Rate = $3 per DL $
Allocated Cost for Product A = $3 * 1,600
Allocated Cost for Product A = $4,800
Allocated Cost for Product B = $3 * 4,000
Allocated Cost for Product B = $12,000
Answer to Part
b.
Profit Margin = Contribution Margin – Fixed Cost
Profit Margin for Product A = $1,600 - $4,800
Profit Margin for Product A = -$3,200
Profit Margin for Product B = $18,400 - $12,000
Profit Margin for Product B = $6,400
Answer to Part
c.
Allocation Rate = Total Cost to be allocated / Cost Driver
Allocation Rate = 16,800 / 560 units
Allocation Rate = $30 per Unit
Allocated Cost for Product A = $30 * 360
Allocated Cost for Product A = $10,800
Allocated Cost for Product B = $30 * 200
Allocated Cost for Product B = $6,000
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