Formula sheet
A1 | B | C | D | E | F | G | H | I | J | K |
2 | ||||||||||
3 | First WACC Needs to be calculated to value the project. | |||||||||
4 | ||||||||||
5 | Formula for WACC is given as: | |||||||||
6 | WACC = r(E) × w(E) + r(P) × w(P)+r(D) × (1 – t) × w(D) | |||||||||
7 | Where, r(E), r(P) and r(D) are cost of equity, preferred stock and cost of debt, w(E), w(P) and W(D) | |||||||||
8 | are weight of equity, preferred stock and debt and t is the tax rate | |||||||||
9 | ||||||||||
10 | Calculation of cost of debt of coupon bonds: | |||||||||
11 | Cost of debt will be the yield to maturity of the bond can be calculated as follows: | |||||||||
12 | Time to maturity | 20 | years | |||||||
13 | Annual coupon rate | 0.09 | ||||||||
14 | Par value | 1000 | ||||||||
15 | Market Price | 1085 | ||||||||
16 | Annual coupon | =D14*D13 | ||||||||
17 | Annual Period | =D12 | ||||||||
18 | ||||||||||
19 | Rate(nper,pmt,PV, [fv],type) function of excel can be used to find the yield to maturity as follows: | |||||||||
20 | NPER | =D17 | ||||||||
21 | PMT | =D16 | ||||||||
22 | PV | =-D15 | ||||||||
23 | FV | =D14 | ||||||||
24 | ||||||||||
25 | Yield to maturity of the coupon bond is | =RATE(D20,D21,D22,D23) | =RATE(D20,D21,D22,D23) | |||||||
26 | ||||||||||
27 | Hence Cost of Debt is | =D25 | ||||||||
28 | ||||||||||
29 | ||||||||||
30 | Calculation of Cost of Equity: | |||||||||
31 | ||||||||||
32 | Beta of stock | 2.45 | ||||||||
33 | Market Return (rm) | 0.12 | ||||||||
34 | Risk free rate | 0.05 | ||||||||
35 | As Per CAPM | |||||||||
36 | r(E) = rf + ?*(rm-rf) | |||||||||
37 | Cost of common equity= | =D34+D32*D33 | =D34+D32*(D33-D34) | |||||||
38 | ||||||||||
39 | Hence cost of Equity is | =D37 | ||||||||
40 | ||||||||||
41 | ||||||||||
42 | Calculation of cost of preferred stock: | |||||||||
43 | Cost of preferred stock can be calculated as follows: | |||||||||
44 | Annual Dividend of preferred stock | =50*5.5% | (Assuming $50 as par value) | |||||||
45 | Current Price | 40 | ||||||||
46 | Floatation cost (F) | 0 | ||||||||
47 | Cost of preferred stock | =Dividend/Current Price*(1-F) | ||||||||
48 | Cost of preferred stock | =D44/(D45*(1-D46)) | =D44/(D45*(1-D46)) | |||||||
49 | ||||||||||
50 | Hence Cost of Preferred Stock is | =D48 | ||||||||
51 | ||||||||||
52 | ||||||||||
53 | Calculation of WACC: | |||||||||
54 | ||||||||||
55 | Source of capital | Number of securities | Price | MV | Capital Structure | Cost | ||||
56 | Debt | 2000 | =D15 | =D56*E56 | =F56/$F$59 | =D27 | ||||
57 | Common Stock | 60000 | 45 | =D57*E57 | =F57/$F$59 | =D39 | ||||
58 | Preferred Stock | 36000 | =D45 | =D58*E58 | =F58/$F$59 | =D50 | ||||
59 | Total | =SUM(F56:F58) | =SUM(G56:G58) | |||||||
60 | Tax Rate | 0.34 | ||||||||
61 | ||||||||||
62 | WACC of the firm is | = r(E) × w(E) + r(P) × w(P)+r(D) × (1 – t) × w(D) | ||||||||
63 | =G57*H57+G58*H58+G56*H56*(1-G60) | =G57*H57+G58*H58+G56*H56*(1-G60) | ||||||||
64 | ||||||||||
65 | Hence WACC of the firm is | =D63 | ||||||||
66 | ||||||||||
67 | Calculation of NPV: | |||||||||
68 | To calculate NPV of the project, free cash flow needs to be calculated as follows: | |||||||||
69 | Free Cash Flow = Operating Cash Flow - Capital Expenditures - Change in working capital | |||||||||
70 | Operating Cash Flow = EBIT*(1-Tax Rate)+Depreciation | |||||||||
71 | Tax Rate | 0.34 | ||||||||
72 | Initial investment calculation: | |||||||||
73 | Capital cost required | 200000 | ||||||||
74 | ||||||||||
75 | ||||||||||
76 | Depreciation each year can be calculated as follows: | |||||||||
77 | Capital cost (B) | =D73 | ||||||||
78 | Depreciation follows MACRS 5 year-half year convention. | |||||||||
79 | ||||||||||
80 | Hence depreciation each year can be calculated as follows: | |||||||||
81 | Year 1 | Year 2 | Year 3 | Year 4 | Year 5 | Year 6 | ||||
82 | MACRS 5 Year depreciation rate (rt) | 0.2 | 0.32 | 0.192 | 0.1152 | 0.1152 | 0.0576 | |||
83 | Depreciation (B*rt) | =$D77*E82 | =$D77*F82 | =$D77*G82 | =$D77*H82 | =$D77*I82 | =$D77*J82 | |||
84 | Book Value | =D77 | =D84-E83 | =E84-F83 | =F84-G83 | =G84-H83 | =H84-I83 | =I84-J83 | ||
85 | ||||||||||
86 | Net Proceed from sale of machine calculation: | |||||||||
87 | ||||||||||
88 | Proceed from sale of machine at the end of 6th year | 50000 | ||||||||
89 | Book Value of Machine at the end of 6th year | =J84 | ||||||||
90 | Gain or Loss on sale of Systems and Softwares | =Proceed From Sale - Book value at the end of sale | ||||||||
91 | =D88-D89 | |||||||||
92 | ||||||||||
93 | Gain or Loss on sale of Machine | =D91 | ||||||||
94 | Tax on Gain & Loss | =D93*D71 | ||||||||
95 | Net Proceed from Sale of System & Softwares | =Proceed from Sale - Tax Expense on gain or loss | ||||||||
96 | =D88-D94 | |||||||||
97 | ||||||||||
98 | Free cash flow can be calculated as followed: | |||||||||
99 | Year | 0 | 1 | 2 | 3 | 4 | 5 | 6 | ||
100 | Investment | =-D73 | ||||||||
101 | Savings | 50000 | =E101 | =F101 | =G101 | =H101 | =I101 | |||
102 | Depreciation | =-E83 | =-F83 | =-G83 | =-H83 | =-I83 | =-J83 | |||
103 | Operating Income Before Tax (EBIT) | =SUM(E101:E102) | =SUM(F101:F102) | =SUM(G101:G102) | =SUM(H101:H102) | =SUM(I101:I102) | =SUM(J101:J102) | |||
104 | Tax expense | =-E103*$D$71 | =-F103*$D$71 | =-G103*$D$71 | =-H103*$D$71 | =-I103*$D$71 | =-J103*$D$71 | |||
105 | After Tax operating income (EBIT*(1-T)) | =E103+E104 | =F103+F104 | =G103+G104 | =H103+H104 | =I103+I104 | =J103+J104 | |||
106 | Add Depreciation | =-E102 | =-F102 | =-G102 | =-H102 | =-I102 | =-J102 | |||
107 | Operating Cash Flow | =E105+E106 | =F105+F106 | =G105+G106 | =H105+H106 | =I105+I106 | =J105+J106 | |||
108 | Net Proceed from Sale | =D96 | ||||||||
109 | Free Cash Flow | =SUM(D100:D108) | =SUM(E107:E108) | =SUM(F107:F108) | =SUM(G107:G108) | =SUM(H107:H108) | =SUM(I107:I108) | =SUM(J107:J108) | ||
110 | ||||||||||
111 | NPV calculation: | |||||||||
112 | NPV of the project is present value of future cash flows discounted at required rate of return less the initial investment. | |||||||||
113 | Given the following cash flow and WACC, NPV for the project can be calculated as follows: | |||||||||
114 | Year | 0 | 1 | 2 | 3 | 4 | 5 | 6 | ||
115 | Free Cash Flow (FCF) | =D109 | =E109 | =F109 | =G109 | =H109 | =I109 | =J109 | ||
116 | WACC (i) | =D65 | ||||||||
117 | (P/F,i,n) for each year | =1/((1+$D116)^E114) | =1/((1+$D116)^F114) | =1/((1+$D116)^G114) | =1/((1+$D116)^H114) | =1/((1+$D116)^I114) | =1/((1+$D116)^J114) | |||
118 | Present Value of cash flows = FCF*(P/F,i,n) | =E115*E117 | =F115*F117 | =G115*G117 | =H115*H117 | =I115*I117 | =J115*J117 | |||
119 | Present value if future cash flows | =SUM(E118:J118) | =SUM(E118:J118) | |||||||
120 | ||||||||||
121 | NPV for Project | =Present value fo future cash flows - Initial investment | ||||||||
122 | =D119+D115 | =D119+D115 | ||||||||
123 | ||||||||||
124 | Hence NPV of the Project is | =D122 | ||||||||
125 | (Assuming par value of preferred stock is $50.) | |||||||||
126 |
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