In: Finance
(25 pts) Your corporation is considering the purchase of land for the cost of $60,000 and you estimate that 6 years from now there is a 100% probability to sell the land for $165,000. Holding costs consist of property taxes of $2000 each year. Assume that your corporation is in the 21% effective ordinary tax bracket and that profit from the sale of the land in 6 years will be taxed as ordinary income (ignore capital gain taxes, depreciation, deduction for interest expense), and your minimum rate of return is 14%. Determine:
a) What is the return on investment and NPV if paying cash for the land?
b) What is the return on investment and NPV if you borrowed $48,000 of the $60,000 at 8% interest per year with a mortgage agreement that provides monthly payments over 10 years. Assume the loan is paid off at the end of year 6 when you sell the property.
c) Is this an acceptable investment project and why?
d) Suppose that upon further analysis, there is an 85% probability that the land will sell for $200,000 at the end of year 6. What is the resulting cash and leverage NPV & ROR?
e) How does the analysis change; and is it still an acceptable project and why?
All answers should be calculated in excel
-I thought I had it figured out but my answers look ridiculous! Any help would be deeply appreciated!
a) If paying cash for land upfront the :
1--> ROI = (Current Value of Investment - Cost of Investment) / Cost of Investment
Years | Cash flow | Disc factor @ 14% | Net present value | |
0 | (60,000.00) | 1.00 | (60,000.00) | |
1 | (2,000.00) | 0.88 | (1,754.39) | |
2 | (2,000.00) | 0.77 | (1,538.94) | |
3 | (2,000.00) | 0.67 | (1,349.94) | |
4 | (2,000.00) | 0.59 | (1,184.16) | |
5 | (2,000.00) | 0.52 | (1,038.74) | |
6 | 140,950.00 | 0.46 | 64,214.92 | 165000 - (165000-60000)*0.21 - 2000 |
70,950.00 | (2,651.24) | <---- Cell G11 | ||
ROI = | 118.25 | E11/-E4*100 | ||
NPV = | (2,651.24) | Linked to cell G11 |
b) Monthly paid loan on 10 years basis paid off in 6th year with selling off land.
Years | Cash flow | Disc factor @ 14% | Net present value |
0 | (12,000.00) | 1.00 | (12,000.00) |
1 | (9,050.00) | 0.88 | (7,938.60) |
2 | (10,344.00) | 0.77 | (7,959.37) |
3 | (10,050.00) | 0.67 | (6,783.46) |
4 | (9,755.00) | 0.59 | (5,775.74) |
5 | (9,450.00) | 0.52 | (4,908.03) |
6 | 114,700.00 | 0.46 | 52,255.78 |
54,051.00 | 6,890.57 |
In the cash flow column property tax monthly payment @400 and interest charges from EMI chart has been included.
c) This is an acceptable project as NPV is positive.
d) 85% probability of $200,000 sales proceeds would mean $170,000 average proceeds.
Years | Cash flow | Disc factor @ 16% | Net present value | |
0 | (60,000.00) | 1.00 | (60,000.00) | |
1 | (2,000.00) | 0.88 | (1,754.39) | |
2 | (2,000.00) | 0.77 | (1,538.94) | |
3 | (2,000.00) | 0.67 | (1,349.94) | |
4 | (2,000.00) | 0.59 | (1,184.16) | |
5 | (2,000.00) | 0.52 | (1,038.74) | |
6 | 144,900.00 | 0.46 | 66,014.49 | 170000 - (170000-60000)*0.21 - 2000 |
74,900.00 | (851.67) | <--- G11 | ||
ROI = | 124.83 | E11/-E4*100 | ||
NPV = | (851.67) | Linked to cell G11 |
e) Still an unattractive project as NPV is in negative terms.