Question
Lisa is considering the purchase of a boutique near her house (the owner is retiring). The sellers asking price is $200,000 for the building and
Lisa is considering the purchase of a boutique near her house (the owner is retiring). The seller’s asking price is $200,000 for the building and equipment. If purchased, Lisa must tie up $40,000 in working capital (inventory and cash) which will be released at the end of the project. In the end, she expects to sell the store for $120,000.
Lisa is planning to put $40,000 into her own money and borrow $200,000 at a rate of 10% from the bank. She desires a 12% return on her own money. Interest paid to banks results in a tax shield. Lisa is subject to 25% income taxes.
The store requires overhaul and remolding in Years 5, Year 10, and Year 15. The cost of each overhaul is expected to be $6000, $8,000, and $10,000, respectively.
Lisa is thinking to hold the business for 20 years. The projected cash revenues for “Year 1” are $90,000. She thinks the annual cash revenues will increase 6% every year up to Year 10 (prior year revenue plus 6% of it). Starting from Year 11, she expects the annual cash revenues to stay the same.
The projected cash expenses for “Year 1” are $75,000. She expects annual cash expenses will increase by 3% every year after Year 1 (the prior year's expense plus 3% of it). Lisa is subject to 25% income taxes.
Requirements:
1. On the 1st Tab of the Excel file named “Cost of Capital”, compute Lisa’s cost of capital for this investment if perused. The money borrowed is subject to a tax shield. Lisa is subject to a 25% income tax.
2. On the 2nd Tab of the Excel file, complete the Data Section based upon the information in the above.
3. Compute Net Present Value and Internal Rate of Return of the proposed project and place your answers in the space provided on the Excel sheet highlighted in yellow. Ignore income taxes.
4. Assume the applicable depreciation period under MACRS for this investment is six-year. The depreciation rate for each of the six years are stated on the Excel. Compute Net Present Value and Internal Rate of Return of the proposed project and place your answers in the space provided on the Excel sheet and highlighted in yellow.
5. Based on your computations, should Lisa invest on this project? Why? Put your answer in the space provided on the Excel sheet. Your answer should demonstrate your understanding of the subject matter.
Note: Interest paid on loan to bank should not affect your computations for parts 3 and 4 because it is buried in the cost of capital.
Cost of Capital Computation | ||||
Source of Capital | Amount | Rate | ||
Her Own Money | $40,000 | 12% | ||
Borrowing | $200,000 | 10% | ||
Capital Budgeting | |||||||||||||||||||||
Data Section | |||||||||||||||||||||
Cash Flows: | Year 1 | Year 2 | Year 3 | Year 4 | Year 5 | Year 6 | Year 7 | Year 8 | Year 9 | Year 10 | Year 11 | Year 12 | Year 13 | Year 14 | Year 15 | Year 16 | Year 17 | Year 18 | Year 19 | Year 20 | |
Cash Revenues | $90,000 | ||||||||||||||||||||
Cash Operating Expenses | $75,000 | ||||||||||||||||||||
Depreciation Rates | |||||||||||||||||||||
1st year | 26.25% | ||||||||||||||||||||
2nd year | 22.13% | ||||||||||||||||||||
3rd year | 16.52% | ||||||||||||||||||||
4th year | 16.52% | ||||||||||||||||||||
5th year | 16.52% | ||||||||||||||||||||
6th year | 2.06% | ||||||||||||||||||||
Total | 100% | ||||||||||||||||||||
Answer Section | |||||||||||||||||||||
Part (2) | Answers: | ||||||||||||||||||||
Net Present Value | |||||||||||||||||||||
Internal Rate of Return | |||||||||||||||||||||
Part (3) | |||||||||||||||||||||
Net Present Value | |||||||||||||||||||||
Internal Rate of Return | |||||||||||||||||||||
Part (4) | |||||||||||||||||||||
Place Your Computations Below This Row | |||||||||||||||||||||
Step by Step Solution
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There are 3 Steps involved in it
Step: 1
1o compute Lisas cost of capital you need to calculate the weighted average cost of capital WACC for her investment The formula for WACC is WACC EV Re ...Get Instant Access to Expert-Tailored Solutions
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Step: 2
Step: 3
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