In: Accounting
Lou Barlow, a divisional manager for Sage Company, has an opportunity to manufacture and sell one of two new products for a five-year period. His annual pay raises are determined by his division’s return on investment (ROI), which has exceeded 22% each of the last three years. He has computed the cost and revenue estimates for each product as follows:
Product A | Product B | ||||
Initial investment: | |||||
Cost of equipment (zero salvage value) | $ | 370,000 | $ | 570,000 | |
Annual revenues and costs: | |||||
Sales revenues | $ | 400,000 | $ | 480,000 | |
Variable expenses | $ | 180,000 | $ | 214,000 | |
Depreciation expense | $ | 74,000 | $ | 114,000 | |
Fixed out-of-pocket operating costs | $ | 88,000 | $ | 68,000 | |
The company’s discount rate is 20%.
Click here to view Exhibit 12B-1 and Exhibit 12B-2, to determine the appropriate discount factor using tables.
3. Calculate the internal rate of return for each product.
IRR is the rate of return at which PV of cash flow= Cash outflow
NPV is zero at IRR
depreciation is a non cash expense so it is not relevant here as it wont affect cashoutflow.
A | B | |||
sales | $400,000 | $480,000 | ||
less: variable expenses | $180,000 | $214,000 | ||
less: Fixed out-of-pocket operating costs | $88,000 | $68,000 | ||
Cash inflow per year | $132,000[$400,000-180,000-88,000] | $198,000[480,000-214,000-68,000] | ||
A
Suppose IRR = 10%
Year | Cash flow | PV factor | Present value | ||
0 | ($370,000) | 1 | ($370,000) [$370,000*1] | ||
1-5 | ($132,000) | 3.79079 | $500,384[$132,000*3.79079] | As there is continuous cash flow for 5 years we will use annuity table 12B-2 | |
NPV | $130,384[$370,000-500,384] |
Suppose IRR = 20%
Year | Cash flow | PV factor | Present value | |
0 | ($370,000) | 1 | ($370,000) [$370,000*1] | |
1-5 | ($132,000) | 2.99061 | $394,761[$132,000*2.99061] | As there is continuous cash flow for 5 years we will use annuity table 12B-2 |
NPV | $24,761[$370,000-394,761] |
=
=0.10+0.12344
=22.34% [ ROUND OFF to 22% IF REQUIRED]
B:
Suppose IRR = 10%
Year | Cash flow | PV factor | Present value | |
0 | ($570,000) | 1 | ($570,000) [$370,000*1] | |
1-5 | ($198,000) | 3.79079 | $750,576[$198,000*3.79079] | As there is continuous cash flow for 5 years we will use annuity table 12B-2 |
NPV | $180,576 |
Suppose IRR = 20%
Year | Cash flow | PV factor | Present value | |
0 | ($570,000) | 1 | ($570,000) [$370,000*1] | |
1-5 | ($198,000) | 2.99061 | $592,141[$198,000*2.99061] | As there is continuous cash flow for 5 years we will use annuity table 12B-2 |
NPV | $22,141 |
=0.10+18,058/158,435
=0.10+0.1139
=21.40% [ round off to 21% if required]
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