Otherwise the imputed market value once we obtain

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Unformatted text preview: ets at the end of the study period We can use the market value information if it is available. otherwise the imputed market value. Once we obtain this information, we adjust the cash flow stream for this alternative and apply the analysis techniques we have learned for equal useful lives to the study period. SEEM5740/ECLT5930 29 Imputed market value Let T denote the study period (T< useful life), and let MVT denote the market value at time T. Then, MVT =PW at the end of year T of remaining capital recovery amount + PW at the end of year T of original market (salvage) value at end of useful life. Formally, let I be the initial investment and S be the salvage value of a project with a useful life of U time periods where U>T. MVT = [I (A/P, MARR, U ) − S(A/F , MARR, U )](P/A, MARR, U − T ) + S(P/F , MARR, U − T ). SEEM5740/ECLT5930 30 S MVT CR CR CR U–1 U … 0 T T+1 CR = I(A/P, i%, U) – S(A/F, i%, U) SEEM5740/ECLT5930 31 CR as the lease fee Let’s consider the following situation: a company buys a machine (initial cost I ) not for production, but will lease it out. The machine is supposed to last U years with salvage value S. What should be the annual lease fee? The company looks for a rate of return equal to MARR. Suppose the annual lease fee is X . Then X should satisfy I = X (P/A, MARR, U ) + S(P/F , MARR, U ) ⇒ X = I (A/P, MARR, U ) − S(A/F , MARR, U ) = CR. Hence CR can interpreted as the annual lease fee. SEEM5740/ECLT5930 32 Interpretation of the imputed market value How to determine the market value of the machine at the end of year T ? If you have the machine, you can lease it out for U − T years, charging CR every year, and recover S in the end. Now if you want to sell the machine at the end of year T , you should charge the buyer CR(P/A, MARR, U − T ) + S(P/F , MARR, U − T ) as this is the PW of future cash flows you will receive if you have the machine. Therefore MVT = CR(P/A, MARR, U − T ) + S(P/F , MARR, U − T ). SEEM5740/ECLT5930 33 Example 6.6: Consider a project with a capital investment of $47,6...
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