I would say D, you don’t need a million dollar death benefit if you have no one to claim it.
Explanation:
The computation of the future value is shown below:
As we know that
Future value = Present value × (1 + interest rate)^number of years
In the first case,
Future value = $2,050 × (1 + 0.12)^12
= $2,050 × 3.895975993
= $7,986.75
In the second case,
Future value = $8,352 × (1 + 0.10)^6
= $8,352 × 1.771561
= $14,796.08
In the third case,
Future value = $72,355× (1 + 0.11)^13
= $72,355 × 3.883280163
= $280,974.74
In the fourth case,
Future value = $179,796 × (1 + 0.07)^7
= $179,796 × 1.605781476
= $288,713.09
Answer:
The value of X that gives maximum profit is <u>15.92</u>.
Explanation:
Before answering the question, Y and Revenue (R) given in the question are first correctly restated as follows:
Cost = Y = 11 + 0.4X + 0.29X^2 .......................................... (1)
Revenue = R = 16X − 0.2X^2 .............................................. (2)
Differentiating each of equations (1) and (2) with respect to X to obtain marginal cost (MC) and marginal revenue (MR), we have:
dY/dX = MC = 0.4 + 0.58X .................................................. (4)
dR/dX = MR = 16 - 0.4X ....................................................... (5)
In production theory, profit is maximized when MR = MC. Therefore, we equate equations (4) and (5) and solve for X as follows:
0.4 + 0.58X = 16 - 0.4X
0.58X + 0.4X = 16 - 0.4
0.98X = 15.6
X = 15.6 / 0.98
X = 15.92
Therefore, the value of X that gives maximum profit is <u>15.92</u>.
Answer:
B. Traditional work group
Explanation:
Traditional work group has to do with a group made up of two or more people who comes together to achieve a common goal. People or rather employees belonging to the traditional work group has no control over task given, report to a manager who's responsible for ranking their performances, lack direct responsibility and also they execute task. From the agreements Ginny had with the company, Ginny belongs to the traditional work group.
Answer:
The depreciation cost of the bus per unit is $ 1.4 which is purchased on January 1, 2019.
Explanation:
The depreciation cost per unit is computed as:
Depreciable asset = Cost - Salvage Value
= $205,860 - $7,900
= $197,960
Depreciation per unit = Depreciable asset /Useful life expected value
= $197,960 / 141,400
= $1.4
Therefore, the per unit cost is $1.4
