Answer:
a. $0.20
b. $322,000
Explanation:
Depreciation is the systematic allocation of the cost of an asset to the income statement over the estimated useful life of that asset.
It is determined as the depreciable value of the asset over the estimated useful life of the asset where the depreciable value is the difference between the cost and salvage value of the asset
.
The amount of depreciation to be recognized for each mile that a rental automobile is driven
= ($15,000 - $6,000)/45,000
= $9,000/45,000
= $0.20
Total millage expected of the 60 cars before disposal
= 60 * 45,000 miles
= 2,700,000 miles
The total amount of depreciation expense that Central Auto Rentals should recognize on this fleet of cars for the year
= 1,610,000/2,700,000 * ($9,000 * 60)
= $322,000
Answer:
D
Explanation:
Profit is Maximize when MR = MC
since MR=40 - 0.5Q
and MC= 4
Therefore:
40-0.5Q = 4
-0.5Q = 4 - 40
-0.5Q= -36
divide through by -0.5
Q = 72
since Q = 72
from Q = 160 - 4p
72 = 160 - 4P
-4p = 72 - 160
-4P = -88
divide through by -4
P = 22
Answer:
Laffer curve.
Explanation:
Laffer Curve is developed by
Arthur Laffer. It is used to show the relationship between tax rates and the amount of tax revenue collected by governments of a particular country. Laffer curve is used to demonstrate Laffer’s argument that sometimes cutting tax rates can increase total tax revenue.
Laffer curve shows the relationship that occurs between the tax rate and the amount of tax revenue collected
The relationship between the tax rate and the amount of tax revenue collected is called the LAFFER CURVE curve. This curve shows that TAX CUT CAN INCREASE TAX REVENUE.
The drawing of a laffer curve has been attached
Answer:
Minimum Transfer Price is $3.50
Explanation:
The Minimum transfer price is calculated by adding the variable cost per unit with the opportunity cost. In this case where the clock division is not operating at full capacity then the opportunity cost would be considered as $0.
Moreover, the division would be able to avoid a $0.5 cost per clock. Therefore, the variable cost will be $3.50 ($4 - $0.5) after eliminating the $0.5.
Finally, the minimum transfer would as follows:
Minimum Transfer Price = Variable cost + Opportunity Cost
Minimum Transfer Price = $3.50 + $0
Minimum Transfer Price = $3.50