Decision Inputs (Data) |
Cost Structure Alternative #1 |
Cost Structure Alternative #2 |
Delivery price (i.e., revenue) per package |
$60 |
$60 |
Variable cost per package delivered |
$48 |
$30 |
Contribution margin per unit |
$12 |
$30 |
Fixed costs (per year) |
$600,000 |
$3,000,000 |
(8) Assume an average income-tax rate of 40%. What volume (number of deliveries) would be needed to generate an after-tax profit, ?A, of 5% of sales for each alternative?
Working |
Alternative #1 |
Alternative #2 |
|
A = Let the volume be 'x' |
No. of deliveries |
x' |
x' |
B |
Contribution margin per delivery |
12 |
30 |
C |
Delivery Price per delivery |
60 |
60 |
D = A x C |
Total Sales |
60x |
60x |
E = D x 5% |
5% of Sales = After Tax Profits |
3x |
3x |
F = E/60% |
Before Tax profits |
5x |
5x |
G =A x B |
Total Contribution margin |
12x |
30x |
H |
Fixed Cost cost |
600000 |
3000000 |
I = G - H = F |
Equation |
12x - 600000 = 5x |
30x - 3000000 = 5x |
12x - 5x = 600000 |
30x - 5x = 3000000 |
||
7x = 600000 |
25x = 3000000 |
||
x = 85714 deliveries |
x = 120000 deliveries |
No. of deliveries to earn an after tax profit of 5% of sales revenue:
For Alternative #1 = 85,714
For Alternative #2 = 120,000
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