In: Finance
Consider the following investment offers regarding a product you have recently developed. A 10% interest rate should be used throughout this analysis unless otherwise specified:
Offer (I) – Receive $0.51m now and $197k from year 6 through 15. Also, if your product achieved over $100 million in cumulative sales by the end of year 15, you would receive an additional $3m. Assume that there is a 70% probability this would happen.
Offer (II) – Receive 30% of the buyer’s gross profit on the product for the next 4 years. Assume that the buyer’s gross profit margin is 60%. Sales in year 1 are projected to be $1.9m and then expected to grow by 40% per year.
Offer (III) – A trust fund would be set up, calling for semiannual payments of $207k for 8 years. On the 17th period, you would receive the compounded proceeds, which would then be discounted over the 8-year period back to the present at the specified annual rate.
Note: The term “k” is used to represent thousands (× $1,000).
Required: Determine the percentage difference between your most and least profitable alternatives, with the least profitable option as the basis for your calculation.
Answer% Intermediate calculations must be rounded to 3 decimal places (at least). Input your answer as a percent rounded to 2 decimal places (for example: 28.31%).
Discount Rate |
10% |
Offer 1
Year |
Amount (Thousand $) |
Present Value |
0 |
510 |
510.000 |
6 |
197 |
111.201 |
7 |
197 |
101.092 |
8 |
197 |
91.902 |
9 |
197 |
83.547 |
10 |
197 |
75.952 |
11 |
197 |
69.047 |
12 |
197 |
62.770 |
13 |
197 |
57.064 |
14 |
197 |
51.876 |
15 |
197 |
47.160 |
15 |
2100 |
502.723 |
Present Value of Offer 1 |
1764.336 |
Offer 2
Years (a) |
Sales (b) |
Gross Margin ( c = b*60%) |
Amount Received (d = c*30%)(Thousand $) |
Present Value (d/((1+10%)^a) |
1 |
1900 |
1140 |
342.00 |
310.909 |
2 |
2660 |
1596 |
478.80 |
395.702 |
3 |
3724 |
2234.4 |
670.32 |
503.621 |
4 |
5213.6 |
3128.16 |
938.45 |
640.973 |
Present Value of Offer 2 |
1851.206 |
Offer 3
Period |
Payment |
1 |
207 |
2 |
207 |
3 |
207 |
4 |
207 |
5 |
207 |
6 |
207 |
7 |
207 |
8 |
207 |
9 |
207 |
10 |
207 |
11 |
207 |
12 |
207 |
13 |
207 |
14 |
207 |
15 |
207 |
16 |
207 |
3312 |
Present Value of Offer 3 (1545/1.1^8) = 1545.072
Present Value of Offer 1 1764.336K $
Present Value of Offer 2 1851.206K $
Present Value of Offer 3 1545.072K $
Percentage difference between your most and least profitable alternatives
Percentage difference between Offer 2 and Offer 3 (Offer 2 PV - Offer 3 PV)/Offer 3 PV = 19.81%
Percentage difference between Offer 1 and Offer 3 (Offer 1 PV - Offer 3 PV)/Offer 3 PV = 14.19%
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