WACC: | ||||||||||
Wd | Weight of debt | 0.6 | ||||||||
We | Weight of Equity | 0.4 | ||||||||
Cd | After tax cost of debt =6.5*(1-Tax Rate) | 4.88% | (6.5*(1-0.25) | |||||||
Required Return on Equity=Rf+Beta*(Rm-Rf) | ||||||||||
Rf=Risk Free Rate=2% | ||||||||||
Beta=1.25 | ||||||||||
Rm=Market Return =9% | ||||||||||
Required Return on Equity=2+1.25*(9-2) | 10.75% | |||||||||
Ce | Cost of Equity | 10.75% | ||||||||
WACC=Wd*Cd+We*Ce=0.6*4.88+0.4*10.75= | 7.23% | 0.0723 | ||||||||
Present Value(PV) of Cash Flow: | ||||||||||
(Cash Flow)/((1+i)^N) | ||||||||||
i=discount rate =WACC=0.0723 | ||||||||||
N=Year of Cash Flow | ||||||||||
Inflation Rate | 3.50% | 0.035 | ||||||||
Selling Price in year 2=20*1.035 | $20.70 | |||||||||
Selling Price in year 3=20.7*1.035 | $21.42 | |||||||||
Selling Price in year 4=21.42*1.035 | $22.17 | |||||||||
Variable Cost per unit in year2 | $15.53 | (15*1.035) | ||||||||
Variable Cost per unit in year3 | $16.07 | (15.53*1.035) | ||||||||
Variable Cost per unit in year4 | $16.63 | (16.07*1.035) | ||||||||
After tax Salvage Value=20000*(1-Tax Rate)= | $15,000 | 20000*(1-0.25) | ||||||||
N | Year | 0 | 1 | 2 | 3 | 4 | ||||
a | Initial Cash flow | -$400,000 | ||||||||
b | Sales in unit | 40,000 | 40,000 | 40,000 | 40,000 | |||||
c | Sales Price per unit | $20.00 | $20.70 | $21.42 | $22.17 | |||||
d=b*c | Annual Sales Revenue | $800,000 | $828,000 | $856,800 | $886,800 | |||||
e | Variable Cost per unit | $15.00 | $15.53 | $16.07 | $16.63 | |||||
f=b*e | Annual Variable Cost | -$600,000 | -$621,200 | -$642,800 | -$665,200 | |||||
g | Annual Fixed Costs(excluding depreciation) | -$100,000 | -$100,000 | -$100,000 | -$100,000 | |||||
h | Annual Depreciation expense | -$100,000 | -$100,000 | -$100,000 | -$100,000 | |||||
i=d+f+g+h | Before tax operating profit | $0 | $6,800 | $14,000 | $21,600 | |||||
j=-i*25% | Tax Expenses(Tax Rate =25%) | $0 | -$1,700 | -$3,500 | -$5,400 | |||||
k=i+j | After tax operating profit | $0 | $5,100 | $10,500 | $16,200 | |||||
l | Add depreciation expenses(non cash) | $100,000 | $100,000 | $100,000 | $100,000 | |||||
m=k+l | Annual Operating Cash Flow | $100,000 | $105,100 | $110,500 | $116,200 | |||||
n | Working Capital Needed(10% of next years sale) | $80,000 | $82,800 | $85,680 | $88,680 | $0 | ||||
p | Cash flow due to change in working capital | -$80,000 | -$2,800 | -$2,880 | -$3,000 | $88,680 | ||||
q | Salvage Cash Flow | $15,000 | ||||||||
CF=a+m+p+q | Net Cash Flow | ($480,000) | $97,200 | $102,220 | $107,500 | $219,880 | SUM | |||
Cumulative Net Cash Flow | ($480,000) | ($382,800) | ($280,580) | ($173,080) | $46,800 | |||||
PV=CF/(1.0723^N) | Present Value of Net Cash Flow | ($480,000) | $90,646 | $88,900 | $87,189 | $166,311 | ($46,954) | |||
NPV=Sum of PV | Net Present Value(NPV) | ($46,954) | ||||||||
PI | Profitability Index=(NPV+Initial Outllay)/(Initial Outlay) | |||||||||
PI | Profitability Index=(-46954+480000)/480000 | 0.90 | ||||||||
IRR | Internal Rate of Return | 3.34% | (Using IRR function of excel over Net Cash Flow) | |||||||
Payback Period =Period when Cumulative cash flow=NIL | ||||||||||
Payback Period =3+(173080/219880) | 3.79 | Years | ||||||||
Recommendation : NO GO | ||||||||||
NPV Negative | ||||||||||
IRR less than WACC | ||||||||||
PI less than 1 | ||||||||||
needs to be in excel and need formulas shown WACC & Capital Budget Analysis Based on...
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WACC and optimal capital budget Adamson Corporation is considering four average-risk projects with the following costs and rates of return: Project Cost Expected Rate of Return $2,000 16.00% 3,000 15.00 5,000 13.75 2,000 12.50 The company estimates that it can issue debt at a rate ofre -10%, and its tax rate is 30%. It can issue preferred stock that pays a constant dividend of $4 per year at $42 per share. Also, its common stock currently sells for $37 per...
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