Answer:
600 units
Explanation:
The equation to calculate target profit is:
S × Q = (V × Q) + F + T
-
S = sales price
- Q = Quantity of units
- V = Variable expenses
- F = Fixed expenses
- T = Target profit
$134Q = $67Q + $32,300 + $7,900
$134Q - $67Q = $40,200
$67Q = $40,200
Q = $40,200 / $67 = 600
Answer:
The maximum investment is $6,360.111
Explanation:
Giving the following information:
The placement of a new surface would reduce the annual maintenance cost to $500 per year for the first 3 years and to $1000 per year for the next 7 years. After 10 years the annual maintenance would again be $2500.
We need to find the net present value. The maximum initial investment will be the amount that makes the NPV cero.
NPV=∑[Cf/(1+i)^n]
Cf= cash flow
<u>For example:</u>
Year 1= 500/1.05= 476.19
Year 3= 500/1.05^3= 431.92
Year 5= 1,000/1.05^5= 783.53
NPV= 6,360.111
The maximum investment is $6,360.111
I think tools, design, and materials
Answer:
$140
Explanation:
Calculation for What is the least amount the government can spend to overcome the $350 billion gap
First step is to find the Multiplier using this formula
Multiplier=1(1-Marginal propensity)
Let plug in the formula
Multiplier=1/(1-0.6)
Multiplier=1/0.4
Multiplier=2.5
Now let calculate the least amount the government can spend using this formula
Least amount=Gap/Multiplier
Let plug in the formula
Least amount=$350 billion /2.5
Least amount=$140
Therefore the least amount the government can spend to overcome the $350 billion gap is $140