In: Finance
( Time-disparity problem ) The State Spartan Corporation is considering two mutually exclusive projects. The free cash flows associated with these projects are shown in the popup window:
| 
 PROJECT A  | 
 PROJECT B  | 
||||
| 
 Initial outlay  | 
 − $70,000  | 
 − $70,000  | 
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| 
 Inflow year 1  | 
 19,625  | 
 0  | 
|||
| 
 Inflow year 2  | 
 19,625  | 
 0  | 
|||
| 
 Inflow year 3  | 
 19,625  | 
 0  | 
|||
| 
 Inflow year 4  | 
 19,625  | 
 0  | 
|||
| 
 Inflow year 5  | 
 19,625  | 
 120,000  | 
|||
The required rate of return on these projects is 9 percent.
A. What is each project's payback period?
B. What is each project's NPV ?
C. What is each project's IRR ?
D. What has caused the ranking conflict?
E. Which project should be accepted? Why?
a.Project A
Payback period= full years until recovery + unrecovered cost at the start of the year/cash flow during the year
= 3 years + ($70,000 - $58,875)/ $70,000
= 3 years + 0.1589
= 3.16 years.
Project B
Payback period= 4 years + ($120,000 - $70,000)/ $120,000
= 4 years + 50,000/70,000
= 4 years + 0.7143
= 4.71 years.
b.Project A
Net present value is solved here using a financial calculator. The steps to solve on the financial calculator:
The net present value at 9% required rate of return is $6,334.41.
Project B
Net present value is solved here using a financial calculator. The steps to solve on the financial calculator:
The net present value at 9% required rate of return is $7,991.77.
b. Project A
Internal rate of return is calculated using a financial calculator by inputting the below:
The IRR of project is 12.43%.
Project B
Internal rate of return is calculated using a financial calculator by inputting the below:
The IRR of project is 11.38%.
c.There could be a conflict with project acceptance when projects are mutually exclusive. The reason is the NPV and IRR approaches use different reinvestment rate assumptions so there can be a conflict
in project acceptance when mutually exclusive projects are considered.
d.Project B should be accepted since it has the highest net present value.
In case of any query, kindly comment on the solution.