Answer:
False
Explanation:
The payback period refers to the specific period of time that it is required to recover the amount invested and it is an important factor to take into account but the project with the shortest payback period is not necessarily the most desirable investment because other factors are also considered, for example, the expected profit and the conditions in the environment that may affect the assumptions made. Because of that, the answer is that the statement is false.
Answer:
Depreciation: $4,000.00
Variable costs : $914.81
Explanation:
The value of the car when new = $19,860.00
Values after two years =$11,860.00
Accumulated depreciation for two years
= $19,860.00 - $11,860.00
=$8,000.00
Assuming straight depreciation method, depreciation each of the two years
=$8,000.00/2
=$4,000.00
Variable costs are the cost that changes with usages. In this case, variable costs are gas and oil, lube, and miscellaneous.
Variable costs = $845.96 + $68.85
Variable costs = $914.81
<span>Family A: marginal rate 20%, average rate 10%</span><span>
Family B: marginal rate 40%, average rate 23% </span><span>
The marginal tax rate is the rate paid on the last dollar of income; this would be whatever tax bracket the family is in. The average price is the total tax divided by the total revenue. </span><span>
Family A: </span><span>
</span><span>
total income $40,000: this includes $10,000 at 0%, $20,000 at 10% (tax of $2,000), and $10,000 at 20% (tax of $2,000). The last rate paid is 20% so that is the marginal rate; the total tax paid is $4,000, divide that by $40,000 total income, that is the average rate. </span><span>
Family B: </span><span>
</span><span>
total income $100,000: this includes $10,000 at 0%, $20,000 at 10% (tax of $2,000), $20,000 at 20% (tax of $4,000), $30,000 at 30% (tax of $9,000), and $20,000 at 40% (tax of $8,000). The last rate paid is 40% so that is the marginal rate; the total tax paid is $23,000, divide that by $100,000 total income, that is the average rate.</span>
Answer:
The present worth of this investment = -$31,204.78
Explanation:
Note: See the attached excel file for the calculation of the present worth of this investment (in bold red color).
In the attached excel file, the following are used:
Loan from bank = Purchase price * (1 / 4) = $130,000 * (1 / 4) = $32,500
Initial cost = Purchase price - Loan from bank = $130,000 - $32,500 = $97,500
The annual required equal loan payments is calculated using the formula for calculating loan amortization as follows:
P = (A * (r * (1 + r)^n)) / (((1 + r)^n) - 1) .................................... (1)
Where,
P = Annual required equal loan payment = ?
A = Loan amount from bank = $32,500
r = interest rate = 12%, or 0.12
n = number of payment years = 3
Substituting all the figures into equation (1), we have:
P = Annual required equal loan payment = ($32,500 * (0.12 * (1 + 0.12)^3)) / (((1 + 0.12)^3) - 1) = $13,531.34
From the attached excl file, the present worth of this investment is equal to -$31,204.78
Answer:
.............................
Explanation:
