Answer:
The simple rate of return is 37.5%
Explanation:
Simple rate of return is the percentage of return on investment that takes the net annual return cash flow of an investment and compare with initial capital of the investment. It is calculated with this formula:
<u>Total annual return - Depreciation expense</u>
Initial capital outlay
For farmer Joe, the simple rate of return is:
<u>$20,000 + $25,000 + $30,0000 -$0</u> x 100
$200,000
= <u>$75,000</u> x 100
$200,000
= 37.5%
Depreciation expense is assumed to be zero.
Answer:
<u>monthly flexible budget for each $11,100 increment </u>
Sales $11,100
Less Sales Commissions ( $11,100 × 6%) ($666)
Net Sales $10,434
advertising ( $11,100 × 5%) ($555)
traveling ( $11,100 × 4%) ($444)
delivery ( $11,100 × 2%) ($222)
Net Income $9,213
Explanation:
Consider Only the incremental costs and revenues.Fixed costs are not relevant for the $11,100 increment
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Answer:
a. -$783 Unfavorable
b. 550 Favorable
Explanation:
a. The computation of Variable Overhead Rate Variance is shown below:-
Variable Overhead Rate Variance = Actual hours × (Standard Variable Overhead rate per hour - Actual Variable Overhead rate per hour)
= 8,700 × ($4.10 - ($36,540 ÷ 8,700)
= 8,700 × ($4.10 - $4.19)
= 8,700 × -$0.09
= -$783 Unfavorable
b. The computation of Variable Overhead Efficiency Variance is shown below:-
Variable Overhead Efficiency Variance = Standard Variable Overhead Rate per Hour × (Standard Hours for Actual Production - Actual Hours)
= 5.5 × ((5.5 × 1,600) - 8,700)
= 5.5 × (8,800 - 8,700)
= 5.5 × 100
= 550 Favorable
For every jar Neha buys, she spends $0.95, and buying 9 jars in total, she pays $8.55 in total.
$0.95 x 9 jars = $8.55
For every jar Neha buys, she spends $0.95, and buying 9 jars in total, she pays $8.55 in total.
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