In: Accounting
Internal Rate of Return
Mike's Bread Company is investigating the purchase of a new $45,000 delivery truck that would contain specially designed warming racks. The new truck would have a six-year useful life. It would save $5,400 per year over the present method of delivering pizzas. In addition, it would result in the sale of 1,800 more loaves of bread each year. The company realizes a contribution margin of $2 per bread.
Required:
(Ignore income taxes.)
What would be the total annual cash inflows associated with the new truck for capital budgeting purposes?
Find the internal rate of return promised by the new truck to the nearest whole percent point.
In addition to the data above, assume that due to the unique warming racks, the truck will have a $13,000 salvage value at the end of six years. Under these conditions, compute the internal rate of return to the nearest whole percentage point. (Hint: You may find it helpful to use the net present value approach; find the discount rate that will cause the net present value to be closest to zero.
Formula sheet
A1 | B | C | D | E | F | G | H | I | J | K |
2 | ||||||||||
3 | Input Data | |||||||||
4 | Initial Investment | 45000 | ||||||||
5 | Annual Savings in pizza delivery | 5400 | ||||||||
6 | Additional Sale of Breads | 1800 | ||||||||
7 | Contribution margin per bread | 2 | ||||||||
8 | Salvage Value | 13000 | ||||||||
9 | Period | 6 | years | |||||||
10 | ||||||||||
11 | Free cash flow can be calculated as followed: | |||||||||
12 | Year | 0 | 1 | 2 | 3 | 4 | 5 | 6 | ||
13 | Investment | =-D4 | ||||||||
14 | Savings in pizza delivery | =D5 | =E14 | =F14 | =G14 | =H14 | =I14 | |||
15 | Cash inflow due to additional bread sales | =$D$6*$D$7 | =$D$6*$D$7 | =$D$6*$D$7 | =$D$6*$D$7 | =$D$6*$D$7 | =$D$6*$D$7 | |||
16 | Salvage Value | =D8 | ||||||||
17 | Net Cash Flow | =D13+D14 | =E14+E15+E16 | =F14+F15+F16 | =G14+G15+G16 | =H14+H15+H16 | =I14+I15+I16 | =J14+J15+J16 | ||
18 | ||||||||||
19 | Calculation of IRR for project A: | |||||||||
20 | IRR is the rate at which NPV of the project will be zero. | |||||||||
21 | Given the following cash flow IRR can be calculated as below: | |||||||||
22 | ||||||||||
23 | Year | 0 | =D23+1 | =E23+1 | =F23+1 | =G23+1 | =H23+1 | =I23+1 | ||
24 | Net Cash Flow | =D17 | =E17 | =F17 | =G17 | =H17 | =I17 | =J17 | ||
25 | ||||||||||
26 | NPV=-45000+9000/(1+IRR)^1 +9000/(1+IRR)^2+…+22,000/(1+IRR)^6 | |||||||||
27 | 0=-45000+9000/(1+IRR)^1 +9000/(1+IRR)^2+…+22,000/(1+IRR)^6 | |||||||||
28 | IRR can be found using hit and trial method for above equation. | |||||||||
29 | ||||||||||
30 | IRR can also be found using IRR function in excel as follows: | |||||||||
31 | Year | 0 | =D31+1 | =E31+1 | =F31+1 | =G31+1 | =H31+1 | =I31+1 | ||
32 | Cash Flow | =D24 | =E24 | =F24 | =G24 | =H24 | =I24 | =J24 | ||
33 | IRR | =IRR(D32:J32) | =IRR(D32:J32) | |||||||
34 | ||||||||||
35 | Hence IRR of the project is | =D33 | ||||||||
36 |