Computation of Operating Cash flows
S.No | Particulars | Year 1 | Year 2 | Year 3 | Year 4 | Year 5 |
A | No.of Units sold | 230 | 280 | 330 | 370 | 330 |
B | Sale price per unit | $26,000 | $26,000 | $26,000 | $26,000 | $26,000 |
C | Variable Cost per unit | $17,000 | $17,000 | $17,000 | $17,000 | $17,000 |
D | Total sales( A*B) | $5,980,000 | $7,280,000 | $8,580,000 | $9,620,000 | $8,580,000 |
E | Total Variable Cost( A*C) | $3,910,000 | $4,760,000 | $5,610,000 | $6,290,000 | $5,610,000 |
F | Fixed Cost | $1,100,000 | $1,100,000 | $1,100,000 | $1,100,000 | $1,100,000 |
G | Depreciation | $860,000 | $1,376,000 | $825,600 | $495,360 | $495,360 |
H | Profit Before Tax( D-E-F-G) | $110,000 | $44,000 | $1,044,400 | $1,734,640 | $1,374,640 |
I | Tax @ 30% on H | $33,000.0 | $13,200.0 | $313,320.0 | $520,392.0 | $412,392.0 |
J | Profit After Tax( H-I) | $77,000.0 | $30,800.0 | $731,080.0 | $1,214,248.0 | $962,248.0 |
K | Annual Operating Cashflow( J+G) | $937,000.0 | $1,406,800.0 | $1,556,680.0 | $1,709,608.0 | $1,457,608.0 |
Computation of Depreciation
Year | Depreciation Calculation | Depreciation Amount |
1 | $ 4300000*0.20=$ 860000. | $860,000 |
2 | $ 4300000*0.32=$ 1376000 | $1,376,000 |
3 | $ 4300000*0.1920= $ 825600 | $825,600 |
4 | $ 4300000*0.1152=$ 495360 | $495,360 |
5 | $ 4300000*0.1152=$ 495360 | $495,360 |
Total |
$4,052,320 |
Computation of after tax proceeds from the sale of Equipment
S.No | Particulars | Amount |
A | Cost of Equipment | $4,300,000 |
B | Accumulated Depreciation | $4,052,320 |
C | Book Value of Equipment ( A-B) | $247,680 |
D | Salvage value | $500,000 |
E | Gain on sale of Equipment( D-C) | $252,320 |
F | Tax @ 30% on E | $75,696.0 |
G | After tax sale proceeds( D-F) | $424,304.0 |
Computation of IRR
Year | Cash flow | Disc @ 15% | Discounted Cashflows at 15% | Disc @ 16% | Discounted Cashflows at 16% | Disc @ 17% | Discounted Cashflows at 17% |
0 | -$4,900,000.00 | 1 | -$4,900,000.00 | 1 | -$4,900,000.00 | 1 | -$4,900,000.00 |
1 | $937,000.00 | 0.8696 | $814,782.61 | 0.8621 | $807,758.62 | 0.8547 | $800,854.70 |
2 | $1,406,800.00 | 0.7561 | $1,063,742.91 | 0.7432 | $1,045,481.57 | 0.7305 | $1,027,686.46 |
3 | $1,556,680.00 | 0.6575 | $1,023,542.37 | 0.6407 | $997,298.99 | 0.6244 | $971,945.16 |
4 | $1,709,608.00 | 0.5718 | $977,473.92 | 0.5523 | $944,201.28 | 0.5337 | $912,332.39 |
5* | $2,481,912.00 | 0.4972 | $1,233,948.91 | 0.4761 | $1,181,670.61 | 0.4561 | $1,132,027.74 |
$213,490.72 | $76,411.06 | -$55,153.54 |
* Cash flow in Year 5 = OCF in year 5+ After tax sale procceds+ Working Capital recovery
= $ 1457608+$ 424304+$ 600000
= $ 2481912
* Cash flow in Year 0 = Equipment purchase price + Working capital
= -$ 4300000-$ 600000
=- $ 4900000
We know that at IRR NPV should be 0.
From the above table it is clear that IRR lies between 16% and 17%
We can find the exact rate by using interpolation technique
L.R +[ { NPV at L.R * ( H.R - L.R)}/ ( NPV at L.R - NPV at H.R) ]
Here L.R = Lower rate and H.R = Higher rate
16% + [ { $ 76411.06* ( 17% -16%) } / { $ 76411.06-( -$ 55153.54)}]
16% + [ $ 76411.06/ $ 131564.61]
16% + 0.5808%
16.58%
Internal rate of return is 16.58%.
If you are having any doubts, please post a comment.
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