Answer:
A. $57,000
B. Depreciation rate per mile is $0.19
C. Depreciation is $14,630
Explanation:
a. cost of the truck less the residual value.
Cost of the truck $69,000
Less: Residual value <u>$12,000</u>
$57,000
b. Depreciation rate per mile is computed by dividing cost of the truck less the residual value over the estimated useful life.
$57,000 / 300,000 miles = $0.19
c. Units-of-activity depreciation for the year is computed by multiplying miles driven for the year by depreciation rate per mile.
77,000 miles x $0.19 = $14,630
Answer:
The monthly deposit is calculated using PMT function :
rate = 1.2%/2 (converting annual rate into monthly rate)
nper = 12 * 5 (5 years of deposits with 12 monthly deposits each year)
pv = -3200 (Amount put into account now. This is entered with a negative sign because it is a cash outflow)
fv = 26865 (Required value of account after 5 years)
PMT is calculated to be $379.70.
The monthly deposit is $379.70.
Answer:
17,080 ounces.
Explanation:
Given that,
Budgeted production = 8,500
Raw material required per unit = 2 ounces
Opening inventory = 3,400
Direct material to be purchased:
= (Budgeted production × Raw material required per unit) + Closing inventory - Opening inventory
= (8,500 × 2 ounces) + (20% × 8,700 × 2) - 3,400
= 17,000 + 3,480 - 3,400
= 17,080 ounces.
Answer:
100 shirts
Explanation:
Borrowing from the contribution margin concept, the level where the marginal benefit is greater than total costs is the break-even point.
Break-even point = fixed cost / contribution margin per unit.
For this retailer,
Fixed costs are $500,
The contribution margin per unit = selling price- variable cost
=$10-$5
=$5
Break-even point
= $500/$5
= 100units
