<span>A. income statement debit column</span>
Answer:
Is the question asking for the mean/average or no?
Answer:
If the firm is going to need less than 50,000 motors, they should purchase them from the outside vendor.
If the firm is going to use between 50,000 to 59,999 motors, it should use process A.
If the firm expects to use 60,000 or more motors per year, it should use process B.
Explanation:
Process A:
contribution margin per unit = $11 - $7 = $4
break even number of units = $200,000 / $4 = 50,000 units
Process B:
contribution margin per unit = $11 - $8 = $3
break even number of units = $180,000 / $3 = 60,000 units
Answer:
NPV = $1.49 million
Explanation:
<em>The NPV is the difference between the PV of cash inflows and the PV of cash outflows. A positive NPV implies a good investment decision and a negative figure implies the opposite. </em>
<em>NPV of an investment: </em>
NPV = PV of Cash inflows - PV of cash outflow
But we will need to work out the discount rate to be used for discounting the cash flows. Hence, we need to determine the cost of capital as follows:
Step 1: After-tax cost of debt
After tax cost of debt = pre-tax cost of debt × (1-tax rate rate)
= 9%× (1--0.3)=6.3%
Step 2 : Weighted Average cost of capital (WACC)
WACC=( 0.25×6.3%) + (0.75× 13%) =11.325
%
Step 3:Net Present Value (NPV)
PV of cash inflow= (1- (1.11325^-5)/0.11325)× 13.5 = 49.49 million
Initial cost = $48 million
NPV = 49.49 million - $48 million =$1.49 million
NPV = $1.49 million
