A new computer system will require an initial outlay of $22,500, but
it will increase the firm’s cash flows by $4,500 a year for each of the
next 6 years.
a. Calculate the NPV and decide if the system is worth installing if the required rate of return is 8%.

Explanation
Some values below may show as rounded for display purposes, though unrounded numbers should be used for the actual calculations.
a.
NPV8% = −$22,500 + [$4,500 × Annuity factor (8%, 6periods)]
= −$22,500 + $4,500 × [10.08 − 10.08 × (1.08)6]= $1,697.04
b.
NPV14% = −$22,500 + [$4,500 × Annuity factor (13%,6 periods)]
= −$22,500 + $4,500 × [10.13 − 10.13 × (1.13)6]= − $4,511.03
c.
IRR = discount rate (r), which is the solution to the following equation:
$8 × [1r − 1r × (1+ r)6]= $22,500 ⇒ r= IRR= 5.47%
[Using a financial calculator, enter PV = (−)22,500; PMT = 4,500; FV = 0; n = 6, compute i.]
The project will be rejected for any discount rate above this rate.
a. Calculate the NPV and decide if the system is worth installing if the required rate of return is 8%.
Explanation
Some values below may show as rounded for display purposes, though unrounded numbers should be used for the actual calculations.
a.
NPV8% = −$22,500 + [$4,500 × Annuity factor (8%, 6periods)]
b.
NPV14% = −$22,500 + [$4,500 × Annuity factor (13%,6 periods)]
c.
IRR = discount rate (r), which is the solution to the following equation:
[Using a financial calculator, enter PV = (−)22,500; PMT = 4,500; FV = 0; n = 6, compute i.]
The project will be rejected for any discount rate above this rate.
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