In: Finance
1. You have been asked by the president of Ellis Construction Company, headquartered in Toledo, to evaluate the proposed acquisition of a new earthmover. The mover’s basic price is $65,000, and it will cost another $14,000 to modify it for special use by Ellis Construction. Assume that the earthmover falls into the MACRS 3-year class. (See Table 10A.2 at the end of Chapter 10 for MACRS recovery allowance percentages.) It will be sold after three years for $26,000, and it will require an increase in net working capital (spare parts inventory) of $2,900. The earthmover purchase will have no effect on revenues, but it is expected to save Ellis $27,500 per year in before-tax operating costs, mainly labor. Ellis’s marginal tax rate is 35 percent. A) What is the company’s net initial investment outlay if it acquires the earthmover? (That is, what is the Year 0 net cash flow?) B). What are the incremental operating cash flows in Years 1, 2, and 3? C). What is the terminal cash flow in Year 3? D). If the project’s required rate of return is 10 percent, should the earthmover be purchased? Use NPV, IRR, and MIRR to answer this question. E). Calculate the traditional payback period and the discounted payback period for this project.
Year | 0 | 1 | 2 | 3 |
basic price | -65000 | |||
cost of modification | -14000 | |||
Investment in Inventory | -2900 | |||
Annual operating savings | 27500 | 27500 | 27500 | |
less annual depreciation | 26330.7 | 35115.5 | 11699.9 | |
net operating savings | 1169.3 | -7615.5 | 15800.1 | |
less tax -35% | 409.255 | -2665.425 | 5530.035 | |
after tax savings | 760.045 | -4950.075 | 10270.065 | |
add depreciation | 26330.7 | 35115.5 | 11699.9 | |
Incremental operating cash flow | 27090.75 | 30165.425 | 21969.965 | |
recovery of working capital | 2900 | |||
after tax sale proceeds | 19598.865 | |||
net operating cash flow | -81900 | 27090.75 | 30165.425 | 44468.83 |
present value of net operating annual cash flow = net operating cash flow/(1+r)^n r = 10% | -81900 | 24627.95 | 24930.10331 | 33410.09016 |
NPV = sum of present value of cash flow | 1068.143464 | |||
IRR = Using IRR function in MS excel =irr(cell reference net operating cash flow year 0: cell reference net operating cash flow Year 3) | 10.68% | |||
MIRR = Using MIRR function in MS excel =Mirr(cell reference net operating cash flow year 0: cell reference net operating cash flow Year 3,finance rate,reinvestment rate) finance rate = 10% reinvesment rate =10% | 10.48% | |||
Net initial Investment outlay | -81900 | |||
Incremental operating cash flow | ||||
Incremental operating cash flow | 27090.75 | 30165.425 | 21969.965 | |
terminal cash flow in year 3 = recovery of investment in inventory+after taxsale proceeds | 2900+19598.86 | 22498.86 | ||
selling price | 27000 | |||
book value at the end of year 3 = cost of machine*(1-depreciation unrecovered) | 79000*7.41% | 5853.9 | ||
Gain on sale of equipment | 21146.1 | |||
Tax on gain on sale of equipment | 21146.1*35% | 7401.135 | ||
after tax sale proceeds | 27000-7401.13 | 19598.865 | ||
Year | net operating cash flow | cumulative cash flow | ||
0 | 81900 | |||
1 | 27090.745 | 27090.75 | ||
2 | 30165.425 | 57256.17 | ||
3 | 44468.825 | 24643.83 | amount to recovered | |
Payback period = year before final year of recovery+(amount to be recovered/cah flow of final year of recovery) | 2+(24643.83/44468.82) | 2.55 | ||
Year | present value of net operating annual cash flow = net operating cash flow/(1+r)^n r = 10% | cumulative present value of cash flow | ||
0 | 81900 | |||
1 | 24627.95 | 24627.95 | ||
2 | 24930.10331 | 49558.05 | ||
3 | 33410.09016 | 32341.95 | ||
discounted Payback period = year before final year of recovery+(amount to be recovered/cah flow of final year of recovery) | 2+(32341.95/33410.09) | 2.968029 | ||
Year | 1 | 2 | 3 | |
cost of machine | 79000 | 79000 | 79000 | |
Macrs rate | 33.33% | 44.45% | 14.81% | |
annual depreciation | 26330.7 | 35115.5 | 11699.9 | |
Yes earthmover should be purchased as NPV is positive and IRR and MIRR is more than the required rate of return of 10% |