In: Finance
Solution: | |||||
Payback Period for Project A | 2.18 | Years | |||
Payback Period for Project B | 1.32 | Years | |||
NPV for Project A | 15.34 | ||||
NPV for Project B | 46.99 | ||||
Notes: | Since both the projects are mutually exclusive , any of the project can be selected , so here project B seems very good position than project A , we can see it have less payback period and More NPV than project B. | ||||
Working Notes: | |||||
Notes: | The payback period shows the period at which the project repays the cash flows invested in the project. | ||||
Determination of payback period for both projects. | |||||
Project A | Project B | ||||
Year | Cash Flow -A | Cumulative cash In-Flow | Cash Flow- B | Cumulative cash In-Flow | |
0 | -64.71 | -64.71 | -70.01 | -70.01 | |
1 | 17.65 | -47.06 | 54.71 | -15.30 | |
2 | 38.98 | -8.08 | 48.39 | 33.09 | |
3 | 44.55 | 36.47 | 39 | 72.09 | |
Project A payback period is between 2nd and 3rd period as cumulative cash flow becomes positive in 3rd year | |||||
Project A Payback period = 2 years + Remaining balance/3rd year cash inflows | |||||
= 2 + 8.08/44.55 | |||||
= 2.181369248 | |||||
=2.18 years | |||||
Project B payback period is between 1st and 2nd period as cumulative cash flow becomes positive in 2nd year | |||||
Project A Payback period = 1 year + Remaining balance/2nd year cash inflows | |||||
= 1 + 15.30/48.39 | |||||
= 1.31618 | |||||
=1.32 years | |||||
Now | NPV we calculate using as WACC as discount rate to discount cash flow of the projects as at WACC is cost of investment in project which will be suitable discount rate. | ||||
a | b | c = a x b | d | e= d x b | |
Year | Project -A | PVF @ 11.04% WACC | Present value | Cash Flow- B | Present value |
0 | -64.71 | 1 | -64.7100 | -70.01 | -70.01 |
1 | 17.65 | 0.900576 | 15.8952 | 54.71 | 49.2705 |
2 | 38.98 | 0.811038 | 31.6143 | 48.39 | 39.2461 |
3 | 44.55 | 0.730401 | 32.5394 | 39 | 28.4857 |
Total | NPV Project A | 15.34 | NPV Project B | 46.99 | |
Notes: PVF is calculated @ r% is at WACC 11.04% = 1/(1+r%)^n = 1/(1+ 0.1104)^n where n is the period for which PVF is calculated. | |||||
Please feel free to ask if anything about above solution in comment section of the question. |