In: Finance
Calculate the net present value (NPV) of the investment using your answers from Q2-Q4 and Q6.
I need to also have the formula in my excel answer so I will need to be walked through the formula to use with which numbers to plug in.
Purchase Price | -$449,900.00 |
Initial Cost | -$11,468.00 |
Investment in NWC | -$3,220.00 |
After-Tax SV | |
Initial Outlay | -$464,588.00 |
Project Life | 10 | Tax Rate | |
Rate for Single Earning $207,350 a year |
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Initial Outlay from Q2 | -$464,588.00 | 35.00% | |
Annual Operating Cash Flow |
(Sales-Cost) x (1-tax rate) + (depreciation) x (tax rate) |
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Annual Rent | $19,320.00 | ||
Expenses | $16,321.15 | ||
Depreciation | $16,360.00 | ||
Taxes Rate | 0.35 | ||
Annual Operating Cash Flow (Year 1 - 10) | $7,675.25 | ||
Question 4 |
(0.5 point). Calculate the terminal cash flow in yr 10 your answers from Q1. |
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After Tax Savage Value | SV - t*(SV - BV) | ||
Savage Value | $494,900.00 | ||
Tax Rate | 35.00% | ||
Accumulated Depreciation | |||
Depreciation Expense | $16,360.00 | ||
# of Years of Project | 10 | ||
Accumulated Depreciation Total | $163,600.00 | ||
BV | |||
Depreciable Asset (Purchase Price+Inital Cost) | -$461,368.00 | ||
Accumulated Depreciation | $163,600.00 | ||
BV Total | -$624,968.00 | ||
After Tax Savage Value | $102,946.20 | ||
Terminal Cash Flow | |||
Recovery of NMW from Q2 | $3,220.00 | ||
After-Tax Savage Value | $102,946.20 | ||
Terminal CF | $106,166.20 | ||
Year | Amount | ||
0 | -$464,588 | ||
1 | $7,675.25 | ||
2 | $7,675.25 | ||
3 | $7,675.25 | ||
4 | $7,675.25 | ||
5 | $7,675.25 | ||
6 | $7,675.25 | ||
7 | $7,675.25 | ||
8 | $7,675.25 | ||
9 | $7,675.25 | ||
10 | $113,841.45 |
WACC = |
Wd Rd (1-T) + We Re |
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Wd = |
Weight on debt securities |
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Rd = |
Cost of Debt (=borrowing rate) |
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T |
Corporate Tax Rate |
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We = |
Weight on equity securities |
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Re = |
Cost of Equity (=expected Return) |
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Wd = | 70% | ||
Rd = | 3.82% | ||
T | 35% | ||
We = | 30% | ||
Re = | 7% | ||
WACC |
WACC = Wd *Rd(1-t) + We * Re
= 0.7 * 3.82 (1-0.35) + 0.3 * 7
= 3.8381%
Computation of NPV
Year |
Cash outflow (A) |
Annual operating cash
flow (B) |
Terminal cash flow (C) |
Total cash flows (D)=(A)+(B)+(C) |
PVF @ 3.8381% (E) |
Present value of cash
flows (D)*(E) |
0 | (464,588) | - | - | (464,588.00) | 1 | (464,588.00) |
1 | - | 7,675.25 | - | 7,675.25 | 0.9630 | 7,391.55 |
2 | - | 7,675.25 | - | 7,675.25 | 0.9274 | 7,118.35 |
3 | - | 7,675.25 | - | 7,675.25 | 0.8932 | 6,855.23 |
4 | - | 7,675.25 | - | 7,675.25 | 0.8601 | 6,601.85 |
5 | - | 7,675.25 | - | 7,675.25 | 0.8284 | 6,357.83 |
6 | - | 7,675.25 | - | 7,675.25 | 0.7977 | 6,122.83 |
7 | 7,675.25 | - | 7,675.25 | 0.7683 | 5,896.51 | |
8 | 7,675.25 | - | 7,675.25 | 0.7399 | 5,678.57 | |
9 | 7,675.25 | - | 7,675.25 | 0.7125 | 5,468.67 | |
10 | 7,675.25 | 106,166.2 | 113,841.45 | 0.6862 | 78,114.76 | |
Net present value | (328,981.85) |
Hence, net present value of the investment is -$328,981.85