In: Finance
project k has a cost of 62,125, and its expected nect cash inflwos are 14,000 per year for 8 year .
A- The cost of capital is 12 %. What is the project 's npv?
B- what is the project 's IRR?
A) | |||||||||||||
Project's NPV | $ 7,421.96 | ||||||||||||
Working: | |||||||||||||
Present Value of annuity of 1 | = | (1-(1+i)^-n)/i | where, | ||||||||||
= | (1-(1+0.12)^-8)/0.12 | i | 12% | ||||||||||
= | 4.96764 | n | 8 | ||||||||||
Present Value of annual cash inflows | = | Annual cash inflows x Present value of annuity of 1 | |||||||||||
= | $ 14,000 | x | 4.96764 | ||||||||||
= | $ 69,546.96 | ||||||||||||
Present Value of cash inflows | $ 69,546.96 | ||||||||||||
Less Cost of Project | $ 62,125.00 | ||||||||||||
Net Present Value (NPV) | $ 7,421.96 | ||||||||||||
B) | |||||||||||||
Project's IRR | 15.63% | ||||||||||||
Workings: | |||||||||||||
IRR (Internal rate of return) is the rate at which NPV is zero. | |||||||||||||
Discount rate and present value of cash inflows have adverse relation.It means if discount rate increases, present value of | |||||||||||||
cash iflows decreases and vice versa. | |||||||||||||
At 12%, NPV us positive. So to reduce NPV to zero, we take another higher discount rate. | |||||||||||||
At 20% Discount rate: | |||||||||||||
Present Value of annuity of 1 | = | (1-(1+i)^-n)/i | where, | ||||||||||
= | (1-(1+0.20)^-8)/0.20 | i | 20% | ||||||||||
= | 3.79917 | n | 8 | ||||||||||
Present Value of annual cash inflows | = | Annual cash inflows x Present value of annuity of 1 | |||||||||||
= | $ 14,000 | x | 3.79917 | ||||||||||
= | $ 53,188.35 | ||||||||||||
Present Value of cash inflows | $ 53,188.35 | ||||||||||||
Less Cost of Project | $ 62,125.00 | ||||||||||||
Net Present Value (NPV) | $ -8,936.65 | ||||||||||||
IRR | = | 12%+(20%-12%)*(7421.96/(7421.96+8936.656)) | |||||||||||
= | 15.63% | ||||||||||||