SOLUTION : A | ||||||||
CALCULATION OF THE PRESENT VALUE OF THE PROJECT | ||||||||
Years | Cash Flows | PVF @ 12% | Present Value | |||||
0 | -$28,900 | 1.00000 | -$28,900.00 | |||||
1 | $12,450 | 0.89286 | $11,116.07 | |||||
2 | $19,630 | 0.79719 | $15,648.92 | |||||
3 | $2,750 | 0.71178 | $1,957.40 | |||||
Total | -$177.62 | |||||||
Answer = NPV = | -$177.62 | |||||||
SOLUTION : B | ||||||||
IRR : IRR Means with a particular Percentage rate , At that point the present value become the zero | ||||||||
CALCULATION OF THE IRR OF THE PROJECT | ||||||||
First we calculate randomly present value with @ 11% discounting rate | ||||||||
Years | Cash Flows | PVF @ 11 % | Present Value | |||||
0 | -$28,900 | 1.00000 | -$28,900.00 | |||||
1 | $12,450 | 0.90090 | $11,216.22 | |||||
2 | $19,630 | 0.81162 | $15,932.15 | |||||
3 | $2,750 | 0.73119 | $2,010.78 | |||||
Net Present Value = | $259.14 | |||||||
With PVF of 11 % we are getting positive = | $259.14 | |||||||
Secondly we calculate randomly present value @ 12 % discounting rate | ||||||||
Years | Cash Flows | PVF @ 12% | Present Value | |||||
0 | -$28,900 | 1.00000 | -$28,900.00 | |||||
1 | $12,450 | 0.89286 | $11,116.07 | |||||
2 | $19,630 | 0.79719 | $15,648.92 | |||||
3 | $2,750 | 0.71178 | $1,957.40 | |||||
Total | -$177.62 | |||||||
With PVF of 12 % we are getting negative = | -$177.62 | |||||||
In the given case the pv with 11% is coming to postive means the present value is more | ||||||||
then 11 % but with 12 % Present value cash flow become negative so the prese-nt value | ||||||||
is between 11% and 12 % | ||||||||
So the differecne in both % net present value is = | $259.14 | - | -$177.62 | |||||
Total is become = | $436.76 | |||||||
So , the difference % = | $259.14 | "/"By | $436.76 | |||||
So , the difference % = | 0.59 | |||||||
So, the IRR = | 11.59% | |||||||
Answer B = IRR = | 11.59% | |||||||
SOLUTION : C : PAY BACK PERIOD | ||||||||
Period | Particulars | Inflow (Outflow) | Cumulative Value | |||||
0 | Outflow | -$28,900 | $ -28,900 | |||||
1 | Inflow | $12,450 | $ -16,450 | |||||
2 | Inflow | $19,630 | $ 3,180 | |||||
3 | Inflow | $2,750 | $ 5,930 | |||||
In the 2nd year we recover our all money , but full 2nd full year is not required for this | ||||||||
so we can caluclate the exact period of payback | ||||||||
Payback Period = 1 Years + | $ 16,450.00 | "/ " By | $ 19,630.00 | |||||
Payback Period = 1 Years + | 0.84 | Years | ||||||
Payback Period = 1.84 Years | ||||||||
Answer = 1.84 Years | ||||||||
SOLUTION : D : PI | ||||||||
Years | Cash Flows | PVF @ 12% | Present Value | |||||
0 | -$28,900 | 1.00000 | -$28,900.00 | |||||
1 | $12,450 | 0.89286 | $11,116.07 | |||||
2 | $19,630 | 0.79719 | $15,648.92 | |||||
3 | $2,750 | 0.71178 | $1,957.40 | |||||
Total | $ -177.62 | |||||||
Profitability Index = 1 + Net present Value / Initial investment | ||||||||
Profitability Index = 1 + Net present Value / Initial investment | $ -177.62 | "/" By | $ 28,900.00 | |||||
Profitability Index = 1 + Net present Value / Initial investment | -0.006 | |||||||
Profitability Index = | 0.994 | |||||||
Answer = PI = 0.994 | ||||||||
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