In: Finance
A specialty concrete mixer used in construction was purchased for $290,000 7 years ago. It is MACRS-GDS 5-year property. Its annual O&M costs are $80,000. At the end of an 8-year planning horizon, the mixer will have a salvage value of $6,500. If the mixer is replaced, a new mixer will require an initial investment of $375,000, and at the end of the 8-year planning horizon, the new mixer will have a salvage value of $45,000. Its annual O&M cost will be only $40,000 due to newer technology. Use an EUAC measure, a tax rate of 40 percent, and an after-tax MARR of 9 percent to perform an after-tax analysis to see if the concrete mixer should be replaced if the old mixer is sold for its market value of $55,000.
Formula sheet
A | B | C | D | E | F | G | H | I | J | K | L | M |
2 | ||||||||||||
3 | ||||||||||||
4 | Calculation of EUAC of Old Machine: | |||||||||||
5 | Equivalent uniform annual cost (EUAC) can be calculated using following formula: | |||||||||||
6 | EUAC | =-NPV of the cash flows *(A/P,i,n) | ||||||||||
7 | ||||||||||||
8 | Given the following data: | |||||||||||
9 | Initial Cost | 290000 | ||||||||||
10 | Planning horizon | 8 | years | |||||||||
11 | Salvage value at the End of 8 Year | 6500 | ||||||||||
12 | Life of machine used | 7 | years | |||||||||
13 | Remaining Life of machine | =D10 | years | |||||||||
14 | Current Market Value | 55000 | ||||||||||
15 | Annual Operating Cost | 80000 | ||||||||||
16 | MARR | 0.09 | ||||||||||
17 | Tax Rate | 0.4 | ||||||||||
18 | ||||||||||||
19 | Depreciation each year can be calculated as follows: | |||||||||||
20 | Capital cost (B) | =D9 | ||||||||||
21 | Depreciation follows MACRS 5 year-half year convention. | |||||||||||
22 | ||||||||||||
23 | Hence depreciation each year can be calculated as follows: | |||||||||||
24 | Year 1 | Year 2 | Year 3 | Year 4 | Year 5 | Year 6 | Year 7 | Year 8 | ||||
25 | MACRS 5 Year depreciation rate (rt) | 0.2 | 0.32 | 0.192 | 0.1152 | 0.1152 | 0.0576 | 0 | 0 | |||
26 | Depreciation (B*rt) | =$D20*E25 | =$D20*F25 | =$D20*G25 | =$D20*H25 | =$D20*I25 | =$D20*J25 | =$D20*K25 | =$D20*L25 | |||
27 | Book Value | =D20 | =D27-E26 | =E27-F26 | =F27-G26 | =G27-H26 | =H27-I26 | =I27-J26 | =J27-K26 | =K27-L26 | ||
28 | ||||||||||||
29 | Calculation of opportunity cost: | |||||||||||
30 | Current market value of the old machine will act as a opportunity cost. | |||||||||||
31 | Current market value | =D14 | ||||||||||
32 | Book value at Present | =K27 | ||||||||||
33 | Gain or loss on sale | =D31-D32 | ||||||||||
34 | Tax Expense on gain or loss | =-D33*D17 | =-D33*D17 | |||||||||
35 | Net Proceed from sale of Old Machine | =D31+D34 | =D31+D34 | |||||||||
36 | ||||||||||||
37 | ||||||||||||
38 | NPV of Old Machine can be calculated by finding the present value of cash flows. | |||||||||||
39 | Current market value of Old Machine will be the opportunity cost to use the machine further. | |||||||||||
40 | Cash flows for Old Machine can be represented as follows: | |||||||||||
41 | Year | 0 | 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | ||
42 | O&M Cost | =-$D$15 | =-$D$15 | =-$D$15 | =-$D$15 | =-$D$15 | =-$D$15 | =-$D$15 | =-$D$15 | |||
43 | Depreciation | =L26 | =E43 | =F43 | =G43 | =H43 | =I43 | =J43 | =K43 | |||
44 | EBIT | =SUM(E42:E43) | =SUM(F42:F43) | =SUM(G42:G43) | =SUM(H42:H43) | =SUM(I42:I43) | =SUM(J42:J43) | =SUM(K42:K43) | =SUM(L42:L43) | |||
45 | Tax Expense | =-E44*$D$17 | =-F44*$D$17 | =-G44*$D$17 | =-H44*$D$17 | =-I44*$D$17 | =-J44*$D$17 | =-K44*$D$17 | =-L44*$D$17 | |||
46 | EBIT*(1-T) | =E44+E45 | =F44+F45 | =G44+G45 | =H44+H45 | =I44+I45 | =J44+J45 | =K44+K45 | =L44+L45 | |||
47 | Add Depreciation | =-E43 | =-F43 | =-G43 | =-H43 | =-I43 | =-J43 | =-K43 | =-L43 | |||
48 | Operating Cash Flow | =E46+E47 | =F46+F47 | =G46+G47 | =H46+H47 | =I46+I47 | =J46+J47 | =K46+K47 | =L46+L47 | |||
49 | Opportunity Cost | =-D35 | ||||||||||
50 | After Tax Proceed from sale of machine | =D11*(1-D17) | ||||||||||
51 | Free cash flow | =D49 | =SUM(E48:E50) | =SUM(F48:F50) | =SUM(G48:G50) | =SUM(H48:H50) | =SUM(I48:I50) | =SUM(J48:J50) | =SUM(K48:K50) | =SUM(L48:L50) | ||
52 | ||||||||||||
53 | NPV calculation: | |||||||||||
54 | NPV of the project is present value of future cash flows discounted at required rate of return less the initial investment. | |||||||||||
55 | Given the following cash flow and WACC, NPV for the project can be calculated as follows: | |||||||||||
56 | Year | 0 | 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | ||
57 | Free Cash Flow (FCF) | =D51 | =E51 | =F51 | =G51 | =H51 | =I51 | =J51 | =K51 | =L51 | ||
58 | MARR (i) | =D16 | ||||||||||
59 | (P/F,i,n) for each year | =1/((1+$D58)^E56) | =1/((1+$D58)^F56) | =1/((1+$D58)^G56) | =1/((1+$D58)^H56) | =1/((1+$D58)^I56) | =1/((1+$D58)^J56) | =1/((1+$D58)^K56) | =1/((1+$D58)^L56) | |||
60 | Present Value of cash flows = FCF*(P/F,i,n) | =E57*E59 | =F57*F59 | =G57*G59 | =H57*H59 | =I57*I59 | =J57*J59 | =K57*K59 | =L57*L59 | |||
61 | Present value if future cash flows | =SUM(E60:L60) | =SUM(E60:L60) | |||||||||
62 | ||||||||||||
63 | NPV of Cash Flows | =Present value fo future cash flows - Initial investment | ||||||||||
64 | =D61+D57 | |||||||||||
65 | ||||||||||||
66 | EUAC Calculation | |||||||||||
67 | EUAC | =-NPV of the cash flows *(A/P,i,n) | ||||||||||
68 | ||||||||||||
69 | NPV of cash flow | =D64 | ||||||||||
70 | MARR | =D16 | ||||||||||
71 | n | =D13 | ||||||||||
72 | ||||||||||||
73 | EUAC | =-NPV of the cash flows *(A/P,i,n) | ||||||||||
74 | =-D64*(1/PV(D70,D71,-1,0)) | |||||||||||
75 | ||||||||||||
76 | Hence EUAC for Old Machine is | =D74 | ||||||||||
77 | ||||||||||||
78 | ||||||||||||
79 | Calculation of EUAC of New Machine: | |||||||||||
80 | Equivalent uniform annual cost (EUAC) can be calculated using following formula: | |||||||||||
81 | EUAC | =-NPV of the cash flows *(A/P,i,n) | ||||||||||
82 | ||||||||||||
83 | Given the following data: | |||||||||||
84 | ||||||||||||
85 | Life of the Machine | 8 | years | |||||||||
86 | Salvage value at the End of 8 Year | 45000 | ||||||||||
87 | Life of machine used | 0 | years | |||||||||
88 | Remaining Life of machine | 8 | years | |||||||||
89 | Price of Machine | 375000 | ||||||||||
90 | Annual Operating Cost | 40000 | ||||||||||
91 | MARR | 0.09 | ||||||||||
92 | ||||||||||||
93 | Depreciation each year can be calculated as follows: | |||||||||||
94 | Capital cost (B) | =D89 | ||||||||||
95 | Depreciation follows MACRS 5 year-half year convention. | |||||||||||
96 | ||||||||||||
97 | Hence depreciation each year can be calculated as follows: | |||||||||||
98 | Year 1 | Year 2 | Year 3 | Year 4 | Year 5 | Year 6 | Year 7 | Year 8 | ||||
99 | MACRS 5 Year depreciation rate (rt) | 0.2 | 0.32 | 0.192 | 0.1152 | 0.1152 | 0.0576 | 0 | 0 | |||
100 | Depreciation (B*rt) | =$D94*E99 | =$D94*F99 | =$D94*G99 | =$D94*H99 | =$D94*I99 | =$D94*J99 | =$D94*K99 | =$D94*L99 | |||
101 | Book Value | =D94 | =D101-E100 | =E101-F100 | =F101-G100 | =G101-H100 | =H101-I100 | =I101-J100 | =J101-K100 | =K101-L100 | ||
102 | ||||||||||||
103 | Net Proceed from sale of machine calculation: | |||||||||||
104 | ||||||||||||
105 | Proceed from sale of machine at the end of 8th year | =D86 | ||||||||||
106 | Book Value of Machine at the end of 8th year | =L101 | ||||||||||
107 | Gain or Loss on sale | =Proceed From Sale - Book value at the end of sale | ||||||||||
108 | =D105-D106 | |||||||||||
109 | ||||||||||||
110 | Gain or Loss on sale of Machine | =D108 | ||||||||||
111 | Tax on Gain & Loss | =D110*D17 | ||||||||||
112 | Net Proceed from Sale | =Proceed from Sale - Tax Expense on gain or loss | ||||||||||
113 | =D105-D111 | |||||||||||
114 | ||||||||||||
115 | NPV of New Machine can be calculated by finding the present value of cash flows. | |||||||||||
116 | Current market value of new Machine will be the opportunity cost to use the machine further. | |||||||||||
117 | Cash flows for new Machine can be represented as follows: | |||||||||||
118 | Year | 0 | 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | ||
119 | O&M Cost | =-$D$90 | =-$D$90 | =-$D$90 | =-$D$90 | =-$D$90 | =-$D$90 | =-$D$90 | =-$D$90 | |||
120 | Depreciation | =-E100 | =-F100 | =-G100 | =-H100 | =-I100 | =-J100 | =-K100 | =-L100 | |||
121 | EBIT | =SUM(E119:E120) | =SUM(F119:F120) | =SUM(G119:G120) | =SUM(H119:H120) | =SUM(I119:I120) | =SUM(J119:J120) | =SUM(K119:K120) | =SUM(L119:L120) | |||
122 | Tax Expense | =-E121*$D$17 | =-F121*$D$17 | =-G121*$D$17 | =-H121*$D$17 | =-I121*$D$17 | =-J121*$D$17 | =-K121*$D$17 | =-L121*$D$17 | |||
123 | EBIT*(1-T) | =E121+E122 | =F121+F122 | =G121+G122 | =H121+H122 | =I121+I122 | =J121+J122 | =K121+K122 | =L121+L122 | |||
124 | Add Depreciation | =-E120 | =-F120 | =-G120 | =-H120 | =-I120 | =-J120 | =-K120 | =-L120 | |||
125 | Operating Cash Flow | =E123+E124 | =F123+F124 | =G123+G124 | =H123+H124 | =I123+I124 | =J123+J124 | =K123+K124 | =L123+L124 | |||
126 | Initial investment | =-D89 | ||||||||||
127 | Net Proceed from Sale of Machine | =D113 | ||||||||||
128 | Free cash flow | =D126 | =SUM(E125:E127) | =SUM(F125:F127) | =SUM(G125:G127) | =SUM(H125:H127) | =SUM(I125:I127) | =SUM(J125:J127) | =SUM(K125:K127) | =SUM(L125:L127) | ||
129 | ||||||||||||
130 | NPV calculation: | |||||||||||
131 | NPV of the project is present value of future cash flows discounted at required rate of return less the initial investment. | |||||||||||
132 | Given the following cash flow and WACC, NPV for the project can be calculated as follows: | |||||||||||
133 | Year | 0 | 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | ||
134 | Free Cash Flow (FCF) | =D128 | =E128 | =F128 | =G128 | =H128 | =I128 | =J128 | =K128 | =L128 | ||
135 | MARR (i) | =D91 | ||||||||||
136 | (P/F,i,n) for each year | =1/((1+$D135)^E133) | =1/((1+$D135)^F133) | =1/((1+$D135)^G133) | =1/((1+$D135)^H133) | =1/((1+$D135)^I133) | =1/((1+$D135)^J133) | =1/((1+$D135)^K133) | =1/((1+$D135)^L133) | |||
137 | Present Value of cash flows = FCF*(P/F,i,n) | =E134*E136 | =F134*F136 | =G134*G136 | =H134*H136 | =I134*I136 | =J134*J136 | =K134*K136 | =L134*L136 | |||
138 | Present value if future cash flows | =SUM(E137:N137) | ||||||||||
139 | ||||||||||||
140 | NPV of Cash Flows | =Present value fo future cash flows - Initial investment | ||||||||||
141 | =D138+D134 | |||||||||||
142 | ||||||||||||
143 | EUAC Calculation | |||||||||||
144 | EUAC | =-NPV of the cash flows *(A/P,i,n) | ||||||||||
145 | ||||||||||||
146 | NPV of cash flow | =D141 | ||||||||||
147 | MARR | =D91 | ||||||||||
148 | n | =D88 | ||||||||||
149 | ||||||||||||
150 | EUAC | =-NPV of the cash flows *(A/P,i,n) | ||||||||||
151 | =-D141*(1/PV(D147,D148,-1,0)) | =D143*(1/PV(D149,D150,-1,0)) | ||||||||||
152 | ||||||||||||
153 | Hence EUAC for Machine B is | =D151 | ||||||||||
154 | ||||||||||||
155 | ||||||||||||
156 | Should Old Machine be replaced with new machine? | |||||||||||
157 | Using the following data: | |||||||||||
158 | EUAC of Old Machine | =D76 | ||||||||||
159 | EUAC of New Machine | =D153 | ||||||||||
160 | ||||||||||||
161 | It can be seen that the old machine has lower EUAC than new machine. | |||||||||||
162 | Since Lower EUAC machine should be selected, | |||||||||||
163 | Therefore old machine should not be replaced with new machines. | |||||||||||
164 |