N(years) : 20 i (%) : 2

There is an alternative for a construction machine. This alternative requires an investment of 128*104 TL. The economic life of the project is N years. The discount rate is % i. It is estimated that annual maintenance costs will be 35*104 TL in the first half of its economic life and 45*104 TL in the other half. The expected benefit of this alternative becomes 20*104 TL with a linear increase at the end of the first 10 years and continues as 25*10* until the end of its economic life. The scrap value after the useful life is 115*10^ TL. Find out whether it is profitable by finding the benefit / cost ratio with future value analysis for this machine. (45 point) There is an alternative for a construction machine. This alternative requires an investment of 128*104 TL. The economic life of the project is N years. The discount rate is % i. It is estimated that annual maintenance costs will be 35*104 TL in the first half of its economic life and 45*104 TL in the other half. The expected benefit of this alternative becomes 20*104 TL with a linear increase at the end of the first 10 years and continues as 25*10* until the end of its economic life. The scrap value after the useful life is 115*10^ TL. Find out whether it is profitable by finding the benefit / cost ratio with future value analysis for this machine. (45 point)