In: Finance
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Inputs | ||
discount rate | 22.50% | |
revenue growth rate | 2.50% | |
Initial investment | $800,000.00 | |
revenue (year 1) | $190,000.00 | |
(a) complete table below (8 pts) | ||
Cash flows | ||
year 0 | ||
year 1 | ||
year 2 | ||
year 3 | ||
year 4 | ||
year 5 | ||
year 6 | ||
(b) Calculate NPV and IRR (8 pts) | ||
NPV | ||
IRR | ||
(c) Would you accept in this project? Explain your answer (3 pts) | ||
(d) what is the minimum revenue growth rate that would be consistent with | ||
accepting this project? (7 pts) | ||
Answer: | ||
(e) Explain how to answer this question using Solver (10 pts) | ||
In Solver (fill in or leave empty appropriate cells below) | ||
Set objective: | ||
To: | ||
By Changing variable cells: | ||
Subject to the constraints: | ||
a)
Revenue for year 2 = Revenue for year 1 * ( 1+ revenue growth rate )
Revenue for year 3 = Revenue for year 2 * ( 1+ revenue growth rate )
and so on
b)
NPV = sum of all the present values
NPV = ($179,044.37)
IRR can be calculated using IRR() function in excel
IRR = 12.88%
c)
Since NPV < 0 and IRR is less than discount rate, we will reject this project
d)
Revenue growth rate which will make the NPV positive, we will use that rate
So if you see, by revenue growth rate of 15.0448%, NPV is 0, so any growth rate above this is acceptable, so minimum rate = 15.0448%
e)
In solver,
Set NPV = 0
By changing value = revenue growth rate (cell E5)
you will get the answer
We do not need any constraint as such since it is simple problem