Answer:
Neither project should be chosen
Explanation:
Given that
Each project cost of capital is 12%
The IRR of project A is 11.4%
And, the IRR of project B is 11.1%
As we can see that the cost of capital of each project with their internal rate of return so no project should be selected
Therefore the above statement represent an answer
The same should be relevant
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Answer:
NPV = (53,222.44)
Explanation:
Net fixed asset 345,000
Working capital
160,000 inventory + 35,000 Ar = 195,000
short term deb (110,000)
net working capital 85,000
Total investment 430,000
salvage value 345,00 x 25% = 86,250
release of the working capital 85,000
Cash flow at end of project 171,250
annual cash flow
sales 550,000
cost (430,000)
depreciation 69,000
EBT 51,000
tax expense 35%
(17,850)
net income 33,150
+ dep 69,000
cash flow 102,150
Now we calculate the present value of the net cash flow and the present alue fothe end of the project
C 102150
time 4
rate 0.15
PV $291,636.04
Principla (sum of salvage and released Working capital 171,250.00
time 5.00
rate 0.15
PV 85,141.52
NPV = 291,636.04 + 85,141.52 - 430,000 = (53,222.44)
Answer:
True because in the case if the the company is producing single product then the method is simple. If the company is making number of products we have to assume a sales mix to calculate breakeven point. Reaching breakeven point is not easy in multi products case. To calculate breakeven point we have to calculate weighted average contribution per unit to put the values in the following formula:
Breakeven point (units) = Fixed cost/ weighted average cost per unit
Answer:
a. Qx =9, Qy=9
Explanation:
As per the given data
Q = QX = QY
MRX = 150 - 6QX = 150 - 6Q
MRY = 30 - 4QY = 30 - 4Q
MC = 10Q
Now calculate the Marginal revenue as follow
MR = MRX + MRY
MR = 150 - 6Q + 30 - 4Q
MR = 150 + 30 - 6Q - 4Q
MR = 180 - 10Q
The Equilibrium of the producer will be
MR = MC
180 - 10Q = 10Q
180 = 10Q + 10Q
180 = 20Q
Q = 180 / 20
Q = 9
As we know
Q = Qx = QY
Hence, the value of Qx and QY is 9