In: Accounting
M&M company is considering purchasing equipment to
conduct quality inspections of one of its finished products. The
equipment will cost $ 150,000 and it is estimated that due to its
specialized function it will have no resale value at the end of its
useful life. The equipment's operation and maintenance costs are
estimated to be $ 1,000 in the first year, and management expects
these costs to increase in subsequent years according to the
inflation rate. The company estimates that the useful life of the
equipment will be 10 years. The team qualifies for depreciation
purposes as a 5-year MACRS property. Assume that headline inflation
during that period will be 3%, the tax rate 35%, and the
inflation-adjusted rate of return 15% (Market Rate).
Determine:
1) The present value PW and EAW of the costs associated with this
purchase in a pre-tax analysis.
2) The PW present value and the EAW of the costs associated with
this purchase in an after-tax analysis.
You must use Excel to solve this problem and display all your
computations. Include comments and annotations.
You must use Excel to solve these problems and display all your
computations. Include comments and annotations when you deem it
necessary (for example, to make a presumption).
Please USE ONLY EXCEL AND IT'S FUNCTIONAL FUNCTIONS PLEASE. IT'S VERY IMPORTANT TO MY CLASS. Thanks a lot!
M& M Company | |||||
PW & EAW Calculation | |||||
1. Pre Tax analysis | |||||
Not cosnidering depreciation as it is pretax analysis , depreciation will not affect cash flow | |||||
a | b | ||||
Year | Investment | O&M Cost with 3% inflation | Cash Cost | Discount factor @15%=1/1.15^n | PW of cost=a*b= |
0 | 150000 | 150,000.00 | 1.000 | 150,000.00 | |
1 | 1,000.0 | 1,000.00 | 0.870 | 870.00 | |
2 | 1,030.0 | 1,030.00 | 0.756 | 778.68 | |
3 | 1,060.9 | 1,060.90 | 0.658 | 698.07 | |
4 | 1,092.7 | 1,092.73 | 0.572 | 625.04 | |
5 | 1,125.5 | 1,125.51 | 0.497 | 559.38 | |
6 | 1,159.3 | 1,159.27 | 0.432 | 500.81 | |
7 | 1,194.1 | 1,194.05 | 0.376 | 448.96 | |
8 | 1,229.9 | 1,229.87 | 0.327 | 402.17 | |
9 | 1,266.8 | 1,266.77 | 0.284 | 359.76 | |
10 | 1,304.8 | 1,304.77 | 0.247 | 322.28 | |
Total | 6.019 | 155,565.15 | |||
So Total PW= | $ 155,565 | ||||
Annuity factor for 10 years @15%= | 6.019 | ||||
EAW =PW/6.019= | $ 25,845.68 |
2. After Tax analysis | a | b | c | c | d. | |||
Year | Investment | O&M Cost with 3% inflation | 5 Year MACRS Depreciation % | Depreciation Amt | Depreciation Tax shield=c*35% | Cash Cost=a+b-d | Discount factor @15%=1/1.15^n | PW of cost=a*b= |
0 | 150000 | 20.00% | 30000 | 10500 | 139,500.00 | 1.000 | 139,500.00 | |
1 | 1,000.0 | 32.00% | 48000 | 16800 | (15,800.00) | 0.870 | (13,746.00) | |
2 | 1,030.0 | 19.20% | 28800 | 10080 | (9,050.00) | 0.756 | (6,841.80) | |
3 | 1,060.9 | 11.52% | 17280 | 6048 | (4,987.10) | 0.658 | (3,281.51) | |
4 | 1,092.7 | 11.52% | 17280 | 6048 | (4,955.27) | 0.572 | (2,834.42) | |
5 | 1,125.5 | 5.76% | 8640 | 3024 | (1,898.49) | 0.497 | (943.55) | |
6 | 1,159.3 | 0 | 0 | 1,159.27 | 0.432 | 500.81 | ||
7 | 1,194.1 | 0 | 0 | 1,194.05 | 0.376 | 448.96 | ||
8 | 1,229.9 | 0 | 0 | 1,229.87 | 0.327 | 402.17 | ||
9 | 1,266.8 | 0 | 0 | 1,266.77 | 0.284 | 359.76 | ||
10 | 1,304.8 | 0 | 0 | 1,304.77 | 0.247 | 322.28 | ||
Total | 6.019 | 113,886.70 |