An existing asset that cost $16,000 twoyears ago has a market value of $12,000 today, anexpected salvage value of $2,000 at the end of itsremaining useful life of six more years, and annualoperating costs of $4,000. A new asset under consideration as a replacement has an initial cost of$10,000, an expected salvage value of $4,000 at theend of its economic life of three years, and annualoperating costs of $2,000. It is assumed that thisnew asset could be replaced by another one identical in every respect after three years at a salvagevalue of $4,000, if desired. Use a MARR of 11%,a six-year study period, and PW calculations todecide whether the existing asset should be replacedby the new one

Essentials Of Investments
11th Edition
ISBN:9781260013924
Author:Bodie, Zvi, Kane, Alex, MARCUS, Alan J.
Publisher:Bodie, Zvi, Kane, Alex, MARCUS, Alan J.
Chapter1: Investments: Background And Issues
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An existing asset that cost $16,000 two
years ago has a market value of $12,000 today, an
expected salvage value of $2,000 at the end of itsremaining useful life of six more years, and annual
operating costs of $4,000. A new asset under consideration as a replacement has an initial cost of
$10,000, an expected salvage value of $4,000 at the
end of its economic life of three years, and annual
operating costs of $2,000. It is assumed that this
new asset could be replaced by another one identical in every respect after three years at a salvage
value of $4,000, if desired. Use a MARR of 11%,
a six-year study period, and PW calculations to
decide whether the existing asset should be replaced
by the new one

Expert Solution
Step 1 given data

existing asset that cost $16,000 two years ago

operating cost = 4000

market value = 12000 

slavage value = 2000

useful years = 6

replacement asset cost 10000

salvage value = 4000

operating cost = 2000

 MARR of 11%, a six-year study period or present worth will decide by below calculation

 

Step 2

pw(i) = d+a(p l A, i, N) - F(P l F i,N)

where 

          p = present value 

          f = future value 

          A = annual payments 

           D = initial value of asset 

            i = interest rate

             N = time period

              substuting the values in the given formula

         PW(0.11) = [12000 +4000(Pl A, 0.11,6)- 2] - 2000(PlF, 0.11,6)

                        = 12000 + 4000(4.2305) - 2000(0.5346)

                        = 12000 + 16922 - 1069.2

        PW(0.11) = 27852.80

 

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