In: Finance
Assume the following:
You buy some equipment today for $100 to produce and sell balloons.
you invest $25 in working capital today to support your sales efforts.
The business produces after tax cash flow of $30 per year for 5 years. All cash flows occur on the last day of the year.
You close the business at the end of 5 years and sell the equipment for $50 (it had been depreciated to $20; your tax rate is 33.33%)
You liquidate the working capital at the end of the first year as well.
Assume a 10% discount rate
Is this a good project? What is the present value of all of the combined cash flows?
Question 15 options:
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D) yes, $ 29
Working:
a. | Present Value of annual cash flows | = | Annual Cash flows x Present Value of annuity of $ 1 | |||||||||
= | $ 30 | x | 3.791 | |||||||||
= | $ 114 | |||||||||||
Working: | ||||||||||||
Present Value of annuity of $ 1 | = | (1-(1+i)^-n)/i | Where, | |||||||||
= | (1-(1+0.10)^-5)/0.10 | i | 10% | |||||||||
= | 3.791 | n | 5 | |||||||||
b. | Profit on sale of equipment | = | $ 50 | - | $ 20 | = | $ 30 | |||||
Tax on profit @ 33.33% | $ 10 | |||||||||||
After tax cash flow from sale of equipment | = | $ 50 | - | $ 10 | = | $ 40 | ||||||
Present Value of above cash flow | = | $ 40 | x (1.10^-5) | = | 25 | |||||||
c. | Present Value of released working capital | = | 25 | x (1.10^-5) | = | 15 | ||||||
d. | Present value of terminal cash flows | = | $ 25 | + | $ 15 | = | $ 40 | |||||
e. | Present Value of all of the combined cash flows | |||||||||||
Year | 0 | 1-5 | 5 | Total | ||||||||
Investment in Assets | $ -100 | |||||||||||
Investment in Working Capital | $ -25 | |||||||||||
Annual Cash flows | $ 30 | |||||||||||
Release of working Capital | $ 25 | |||||||||||
Sale of equipment | $ 40 | |||||||||||
Total cash flow | $ -125 | $ 30 | $ 65 | |||||||||
Present Value | $ -125 | $ 114 | $ 40 | $ 29 | ||||||||
Thus, | ||||||||||||
Present Value of all of the combined cash flows | = | $ 29 | ||||||||||