In: Accounting
a taxpaying entity, estimates that it can save $23,000 a year in cash operating costs for the next 8 years if it buys a special-purpose eye-testing machine at a cost of $ 90000 No terminal disposal value is expected. Seattle Hospital's required rate of return is 12%. Assume all cash flows occur at year-end except for initial investment amounts. Seattle Hospital uses straight-line depreciation. The income tax rate is 28% for all transactions that affect income taxes.
1. |
Calculate the following for the special-purpose eye-testing machine: |
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a. |
Net present value |
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b. |
Payback period |
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c. |
Internal rate of return |
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d. |
Accrual accounting rate of return based on net initial investment |
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e. |
Accrual accounting rate of return based on average investment |
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2. |
How would your computations in requirement 1 be affected if the special-purpose machine had a $14,000 terminal disposal value at the end of 8years? Assume depreciation deductions are based on the $90,000 purchase cost and zero terminal disposal value using the straight-line method. |
Ans 1 | ||
a) NPV | ||
Saving in Cash operating cost | $23,000 | |
Less: depreciation (90000/8) | -11250 | |
Income before taxes | $11,750 | |
Taxes at @28% | $3,290 | |
Net Income | $8,460 | |
Add: Depreciation | 11250 | |
Cash flow from operation | $19,710 | |
Net Cash Inflow | $19,710 | |
PVIFA(12%,8) | 4.9676 | |
PV of cash inflow | $97,911.40 | |
Less: initial Investment | 90000 | |
NPV | $7,911.40 | |
rounded off | $7,911 | |
ans b | ||
Payback Period | ||
90000/19710 | 4.566 | years |
4.57 | rounded off | |
ans c | ||
IRR is where NPV is $0 | ||
We assume 14.47% rate | ||
Net Cash Inflow | $19,710 | |
PVIFA(12%,14.47) | 4.566 | |
PV of cash inflow | $89,995.86 | |
Less: initial Investment | 90000 | |
NPV | ($4.14) | |
rounded off | ($4) | |
IRR=14.47% | ||
ansd | ||
ARR=Net Income/Initail investment | 9.40 | % |
8460/90000*100 | ||
ans e | ||
ARR=Net Income/NEt investment | 18.80 | % |
8460/45000*100 | ||
ans 2 | ||
a) NPV | ||
Saving in Cash operating cost | $23,000 | |
Less: depreciation (90000/8) | -11250 | |
Income before taxes | $11,750 | |
Taxes at @28% | $3,290 | |
Net Income | $8,460 | |
Add: Depreciation | 11250 | |
Cash flow from operation | $19,710 | |
Net Cash Inflow | $19,710 | |
PVIFA(12%,8) | 4.9676 | |
PV of cash inflow | $97,911 | |
salvage value | $14,000 | |
PVIF(12%,8) | 0.4039 | |
PV of salvage value | 5654.3 | |
Total PV | $103,566 | |
Less: initial Investment | 90000 | |
NPV | $13,565.72 | |
rounded off | $13,566 | |
ans b | ||
Payback Period | ||
90000/19710 | 4.566 | years |
4.57 | rounded off | |
ans c | ||
IRR is where NPV is $0 | ||
We assume 14.47% rate | ||
Net Cash Inflow | $19,710 | |
PVIFA(15.56%,8) | 4.3492 | |
PV of cash inflow | $85,722.67 | |
salavage value | $14,000.00 | |
PVIF(15.56%,8) | 0.3059 | |
PV of salvage value | 4282.2 | |
Total PV | $90,005 | |
Less: initial Investment | 90000 | |
NPV | $4.82 | |
rounded off | $5 | |
IRR=15.96% | ||
ansd | ||
ARR=Net Income/Initail investment | 9.40 | % |
8460/90000*100 | ||
ans e | ||
ARR=Net Income/Average investment | 16.27 | % |
8460/52000*100 | ||
Avg investment=(90000+14000)/2 | 52000 |