In: Accounting
accounting quiz
Let say that samo Company is considering the purchase of a newer, more efficient yogurt-making machine. If purchased, it would require the new machine on January 2, year 1. samo expects to sell 600,000 gallons of milk in each of the next five years at a $2 per gallon selling price.
samo has two options:
(1) continue to operate the old machine purchased four years ago or
(2) sell it and purchase the new machine.
The following information has been prepared to help decide which option is more desirable.
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samo is subject to a 40% income tax rate on all income. Assume the company uses the straight-line method for books and tax purposes. Assume that tax depreciation is calculated without regard to salvage value. Use an after-tax discount rate of 10%.
Replacement Decisions
Decision regarding replacement of an existing asset with another is based on the net present value and internal rate of return of the incremental cash flows, i.e. the difference between periodic net cash flows if the existing asset is kept and the periodic net cash flows if the asset is replaced.
Calculating periodic cash flows of existing asset is straight forward. Since the existing asset is already purchased, the initial investment outlay is zero and the periodic net cash flows are calculated based on the following formula:
Net cash flows = (revenue – operating expenses – depreciation) * (1 – tax rate) + depreciation
If the asset is replaced, it involves investment is the new asset and sale or disposal of the existing asset. Disposal of exiting asset has some income tax implications which need to be reflected in the calculation of initial investment as follows:
Initial investment after replacement = cost of new asset - sale proceeds of old asset +/- tax on disposal
Tax on disposed asset = (sale proceeds of old assets – book value of old asset) * tax rate
Incremental cash flows
Particulars | Old Machine | New Machine |
Capital Investment | $ - | $ 20,00,000 |
Revenue | $ 12,00,000 | $ 12,00,000 |
Operating cost | $ 11,20,000 | $ 7,60,000 |
Annual depreciation | $ 1,33,333 | $ 3,00,000 |
Net cash flows | =(1200000-11200000-133333)*(1-.40)+133333 | =(1200000-760000-400000**)*(1-.40)+300000 |
$ 1,01,333 | $ 3,24,000 |
Note - In tax depreciation is taken without salvage in new machine, see workings. In the old machine salvage is taken as Nil, hence both depreciation is same. But in considering incremental cash flows.. the value of depreciation is taken from $4,00,000 fro life of balance 3 years - see workings.
REPLACEMENT DECISION | |
Capital Investment | $ 20,00,000 |
Sale proceeds of old Machine | $ 4,00,000 |
Net investment after replacement *** (Workings) | $20,00,000 - $4,00,000+114286* = $ 17,14,286 |
Net investment before replacement | 0 |
Net investment after replacement - Net investment before replacement | =17,14,286-0 |
Incremental cash flow at time 0 | $ 17,14,286 |
Incremental cash flow in year 1 to 5 | $ 2,22,667 |
Factor @ 10% for 5 years | 3.7907 |
PV of incremental cash flow year (1 to 5) | $ 8,44,063 |
Net Present Value = | =844063-1714286 |
Formula = PV of incremental cash flow year (1 to 5) - Increment - initial investment | $ (8,70,223) |
Hence Net present value is negative, replacement decision is not advisable.
Workings:-
Gain/Loss of sale of old machine - year 4 | ||
Cost of investment | $ 16,00,000 | |
Less- Depreciation for 4 years | =228571*4 | $ (9,14,284) |
Closing value of machine at end of year 4 | $ 6,85,716 | |
Sale Value of old machine on sale at year 4 | $ (4,00,000) | |
Loss on sale of machine | $ 2,85,716 | |
Tax savings on loss *** | =285716*40/100 | $ 1,14,286 |
Workings - Depreciation | |
Depreciation of old machine | =1600000/7 |
$ 2,28,571 | |
Depreciation of old machine after 4 years | =400000/3 |
$ 1,33,333 | |
Depreciation of new machine | =(2000000-500000)/5 |
$ 3,00,000 | |
Depreciation of new machine without salvage | =(2000000)/5 |
$ 4,00,000 |