In: Finance
You are evaluating to make an investment in a small biotech start-up which will require an investment of $2.1 million. The start-up is expecting to generate free cash flows of $200,000 during the first year.
After one year, the insurance companies will decide if the start-up’s drug will be cover in their plans or not. If they decide to not cover the drug, the company will be able to generate free cash flows of $400,000 during the next 12 years (the period of the patent) and zero after that. If the insurance companies decide to cover the drug, the start-up will be able to generate free cash flows of $800,000 during the next 12 years (the period of the patent) and zero after that.
Furthermore, the start-up can also decide to sell the patent to a larger biotech company for $2.5 million after knowing the answer of the insurance companies (end of year 1), whether they cover it or not. You expect that the insurance companies will approve the drug with a 70% probability and you require a 20% return.
What is the NPV of the investment?”
Select one:
a. $796634
b. $582223
c. $763301
d. $1302628
e. $418029
There is common cash flow for both options whether its approved or not in initial investment | ||||||
and first year that is | ||||||
Year | Cash flow | x DF at 20% | = Present value | |||
0 | $ (2,100,000) | 1 | $ (2,100,000.00) | |||
1 | 200000 | 0.833333333 | 166,666.67 | |||
$ (1,933,333.33) | ||||||
And after first year, there is some probabilty of approval 70%, and no approval 30% | ||||||
So suppose there is approval | ||||||
Year | Cash flow | x DF at 20% | = Present value | |||
2 | 800000 | 0.694444444 | 555555.5556 | |||
3 | 800000 | 0.578703704 | 462962.963 | |||
4 | 800000 | 0.482253086 | 385802.4691 | |||
5 | 800000 | 0.401877572 | 321502.0576 | |||
6 | 800000 | 0.334897977 | 267918.3813 | |||
7 | 800000 | 0.279081647 | 223265.3178 | |||
8 | 800000 | 0.232568039 | 186054.4315 | |||
9 | 800000 | 0.193806699 | 155045.3596 | |||
10 | 800000 | 0.161505583 | 129204.4663 | |||
11 | 800000 | 0.134587986 | 107670.3886 | |||
12 | 800000 | 0.112156655 | 89725.32383 | |||
13 | 800000 | 0.093463879 | 74771.10319 | |||
$ 2,959,477.82 | x 70% probability | |||||
Present value | = | $ 2,071,634.47 | ||||
Ans , there is n approval | ||||||
Here again there is two options with company, sell at end of first year | ||||||
or continue with lower cash flow for 12 years , and options with higher present value will be continued | ||||||
Year | Cash flow | x DF at 20% | = Present value | |||
2 | 400000 | 0.694444444 | 277777.7778 | |||
3 | 400000 | 0.578703704 | 231481.4815 | |||
4 | 400000 | 0.482253086 | 192901.2346 | |||
5 | 400000 | 0.401877572 | 160751.0288 | |||
6 | 400000 | 0.334897977 | 133959.1907 | |||
7 | 400000 | 0.279081647 | 111632.6589 | |||
8 | 400000 | 0.232568039 | 93027.21574 | |||
9 | 400000 | 0.193806699 | 77522.67979 | |||
10 | 400000 | 0.161505583 | 64602.23316 | |||
11 | 400000 | 0.134587986 | 53835.1943 | |||
12 | 400000 | 0.112156655 | 44862.66191 | |||
13 | 400000 | 0.093463879 | 37385.55159 | |||
$ 1,479,738.91 | x 30% probability | |||||
Present value | = | $ 443,921.67 | ||||
For sell at end of first year | ||||||
Cash flow | 2500000 | |||||
Present value | $ 625,000.00 | (2500000/1.2) | ||||
So present value of sell at end of 1 year is higher and woyld be selected | ||||||
Now come to Total net present value | ||||||
Common | $ (1,933,333.33) | |||||
70% probability | $ 2,071,634.47 | |||||
30% probability | $ 625,000.00 | |||||
Net present value | $ 763,301 | Option C , is NPV of investment |