1 a) NPV is found below:
Year | CF | Discount Factor | Discounted CF | ||
0 | $ -2,00,000.00 | 1/(1+0.1)^0= | 1 | 1*-200000= | $ -2,00,000.00 |
1 | $ -2,00,000.00 | 1/(1+0.1)^1= | 0.909090909 | 0.909090909090909*-200000= | $ -1,81,818.18 |
2 | $ -2,00,000.00 | 1/(1+0.1)^2= | 0.826446281 | 0.826446280991735*-200000= | $ -1,65,289.26 |
3 | $ -2,00,000.00 | 1/(1+0.1)^3= | 0.751314801 | 0.751314800901578*-200000= | $ -1,50,262.96 |
4 | $ -2,00,000.00 | 1/(1+0.1)^4= | 0.683013455 | 0.683013455365071*-200000= | $ -1,36,602.69 |
5 | $ -2,00,000.00 | 1/(1+0.1)^5= | 0.620921323 | 0.620921323059155*-200000= | $ -1,24,184.26 |
6 | $ -2,00,000.00 | 1/(1+0.1)^6= | 0.56447393 | 0.564473930053777*-200000= | $ -1,12,894.79 |
7 | $ 3,00,000.00 | 1/(1+0.1)^7= | 0.513158118 | 0.513158118230706*300000= | $ 1,53,947.44 |
8 | $ 3,00,000.00 | 1/(1+0.1)^8= | 0.46650738 | 0.466507380209733*300000= | $ 1,39,952.21 |
9 | $ 3,00,000.00 | 1/(1+0.1)^9= | 0.424097618 | 0.424097618372485*300000= | $ 1,27,229.29 |
10 | $ 3,00,000.00 | 1/(1+0.1)^10= | 0.385543289 | 0.385543289429531*300000= | $ 1,15,662.99 |
11 | $ 3,00,000.00 | 1/(1+0.1)^11= | 0.350493899 | 0.350493899481392*300000= | $ 1,05,148.17 |
12 | $ 3,00,000.00 | 1/(1+0.1)^12= | 0.318630818 | 0.318630817710357*300000= | $ 95,589.25 |
13 | $ 3,00,000.00 | 1/(1+0.1)^13= | 0.28966438 | 0.289664379736688*300000= | $ 86,899.31 |
14 | $ 3,00,000.00 | 1/(1+0.1)^14= | 0.263331254 | 0.26333125430608*300000= | $ 78,999.38 |
15 | $ 3,00,000.00 | 1/(1+0.1)^15= | 0.239392049 | 0.239392049369163*300000= | $ 71,817.61 |
16 | $ 3,00,000.00 | 1/(1+0.1)^16= | 0.217629136 | 0.217629135790149*300000= | $ 65,288.74 |
NPV = Sum of all Discounted CF | $ -30,517.76 |
1b) The project should not be selected as the NPV is negative
2a) IRR can be calculated using a financial calculator or excel's goal seek function as it is a hit and trial process. IRR is the discount rate at which the NPV = 0
IRR comes to 9.61% rounded to 2 decimal places
Year | CF | Discount Factor | Discounted CF | ||
0 | $ -2,00,000.00 | 1/(1+0.0960866215040515)^0= | 1 | 1*-200000= | $ -2,00,000.00 |
1 | $ -2,00,000.00 | 1/(1+0.0960866215040515)^1= | 0.912336653 | 0.912336653309205*-200000= | $ -1,82,467.33 |
2 | $ -2,00,000.00 | 1/(1+0.0960866215040515)^2= | 0.832358169 | 0.832358168971441*-200000= | $ -1,66,471.63 |
3 | $ -2,00,000.00 | 1/(1+0.0960866215040515)^3= | 0.759390866 | 0.759390866233983*-200000= | $ -1,51,878.17 |
4 | $ -2,00,000.00 | 1/(1+0.0960866215040515)^4= | 0.692820121 | 0.69282012145349*-200000= | $ -1,38,564.02 |
5 | $ -2,00,000.00 | 1/(1+0.0960866215040515)^5= | 0.632085191 | 0.632085190952154*-200000= | $ -1,26,417.04 |
6 | $ -2,00,000.00 | 1/(1+0.0960866215040515)^6= | 0.576674488 | 0.576674487719599*-200000= | $ -1,15,334.90 |
7 | $ 3,00,000.00 | 1/(1+0.0960866215040515)^7= | 0.526121272 | 0.526121272174899*300000= | $ 1,57,836.38 |
8 | $ 3,00,000.00 | 1/(1+0.0960866215040515)^8= | 0.479999721 | 0.479999720690829*300000= | $ 1,43,999.92 |
9 | $ 3,00,000.00 | 1/(1+0.0960866215040515)^9= | 0.437921339 | 0.437921338764424*300000= | $ 1,31,376.40 |
10 | $ 3,00,000.00 | 1/(1+0.0960866215040515)^10= | 0.399531689 | 0.399531688621022*300000= | $ 1,19,859.51 |
11 | $ 3,00,000.00 | 1/(1+0.0960866215040515)^11= | 0.364507404 | 0.364507403687478*300000= | $ 1,09,352.22 |
12 | $ 3,00,000.00 | 1/(1+0.0960866215040515)^12= | 0.332553465 | 0.332553464786661*300000= | $ 99,766.04 |
13 | $ 3,00,000.00 | 1/(1+0.0960866215040515)^13= | 0.303400715 | 0.303400715109843*300000= | $ 91,020.21 |
14 | $ 3,00,000.00 | 1/(1+0.0960866215040515)^14= | 0.276803593 | 0.276803593034934*300000= | $ 83,041.08 |
15 | $ 3,00,000.00 | 1/(1+0.0960866215040515)^15= | 0.252538064 | 0.252538063693455*300000= | $ 75,761.42 |
16 | $ 3,00,000.00 | 1/(1+0.0960866215040515)^16= | 0.230399732 | 0.230399731863274*300000= | $ 69,119.92 |
NPV = Sum of all Discounted CF | $ 0.00 |
2b) As IRR is below 10% the project should not be accepted
3a) Pay back period is calculated below:
Year | Opening Balance | Investment | CF | Closing Balance |
0 | $ 2,00,000.00 | $ 2,00,000.00 | ||
1 | $ 2,00,000.00 | $ -2,00,000.00 | $ 4,00,000.00 | |
2 | $ 4,00,000.00 | $ -2,00,000.00 | $ 6,00,000.00 | |
3 | $ 6,00,000.00 | $ -2,00,000.00 | $ 8,00,000.00 | |
4 | $ 8,00,000.00 | $ -2,00,000.00 | $ 10,00,000.00 | |
5 | $ 10,00,000.00 | $ -2,00,000.00 | $ 12,00,000.00 | |
6 | $ 12,00,000.00 | $ -2,00,000.00 | $ 14,00,000.00 | |
7 | $ 14,00,000.00 | $ 3,00,000.00 | $ 11,00,000.00 | |
8 | $ 11,00,000.00 | $ 3,00,000.00 | $ 8,00,000.00 | |
9 | $ 8,00,000.00 | $ 3,00,000.00 | $ 5,00,000.00 | |
10 | $ 5,00,000.00 | $ 3,00,000.00 | $ 2,00,000.00 | |
11 | $ 2,00,000.00 | $ 3,00,000.00 | $ -1,00,000.00 |
Opening balance = previous year's closing balance
Closing balance = Opening balance + investment - CF
We see that the closing balance at year 10 was 200000 while the CF for year 11 was 300000 so during 2/3rd of the year entire investment was recovered so the total payback period is 10 years 8 months
3b) As payback period exceeds the 8 year limit, we should not accept this project
4a)
4b) As PI is less than 1 the project should not be invested in
5a) if the required rate doubled to 20% the NPV will fall even further as the required rate is the discount rate:
If interest rate goes up by 100%, NPV falls by 1355% so for every 1% change in discount rate the NPV changes by 13.55% in the opposite direction
5b) IRR will remain unaffected as it is the discount rate in itself and till the CF dont change, the IRR wont change. If required rate is higher, then we well still not be accepting the project as the IRR is now even lower than the required rate.
5c) Payback period wont be affected as it is an un-discounted measure, had we used a discounted payback period, it would have increased as DCF would be lower leading to a slower recovery.
5d) PI will decrease as NPV will decrease because PI is a derivation of NPV
FastTrack Bikes, Inc. is thinking of developing a new composite road bike. Development will take six...
Please do not work in excel and also please show your calculations. FastTrack Bikes, Inc. is thinking of developing a new composite road bike. Development will take six years and the cost is $200,000 per year. Once in production, the bike is expected to make $300,000 (after expenses) per year for 10 years. The cash inflows begin at the end of year 7. At FastTrack, there is a difference of opinion as to the "best" decision rule to use. The...
FastTrack Bikes, Inc. is thinking of developing a new composite road bike. Development will take six years and the cost is $200,000 per year. Once in production, the bike is expected to make $300,000 per year for 10 years. Assume the cost of capital is 10%. a. Calculate the NPV of this investment opportunity, assuming all cash flows occur at the end of each year. Should the company make the investment? b. By how much must the cost of capital...
FastTrack Bikes, Inc. is thinking of developing a new composite road bike. Development will take six years and the cost is $183,000 per year. Once in production, the bike is expected to make $274,500 per year for 10 years. Assume the cost of capital is 10%. a. Calculate the NPV of this investment opportunity, assuming all cash flows occur at the end of each year. Should the company make the investment? b. By how much must the cost of capital...
FastTrack Bikes, Inc. is thinking of developing a new composite road bike. Development will take six years and the cost is $ 200 000 per year. Once in production, the bike is expected to make $ 300000 per year for 10 years. Assume the cost of capital is 10 %. a. Calculate the NPV of this investment opportunity, assuming all cash flows occur at the end of each year. Should the company make the investment present value of costs is...
FastTrack Bikes, Inc. is thinking of developing a new composite road bike. Development will take six years and the cost is $ 209,000 per year. Once in production, the bike is expected to make $ 334,400 per year for 10 years. Assume the cost of capital is 10 %. a. Calculate the NPV of this investment opportunity, assuming all cash flows occur at the end of each year. Should the company make the investment? b. By how much must the...
FastTrack Bikes, Inc. is thinking of developing a new composite road bike. Development will take six years and the cost is $ 209 comma 000$209,000 per year. Once in production, the bike is expected to make $ 302 comma 966$302,966 per year for 1010 years. The cash inflows begin at the end of year 7. For parts a-c, assume the cost of capital is 10.7 %10.7%. a. Calculate the NPV of this investment opportunity. Should the company make the investment?...
Superfast Bikes is thinking of developing a new composite road bike. Development will take six years and the cost is $ 211 400 per year. Once in production, the bike is expected to make $ 289 815 per year for 10 years. The cash inflows begin at the end of year 7. Assuming the cost of capital is 9.5 %: a. Calculate the NPV of this investment opportunity. Should the company make the investment? b. Calculate the IRR and use...
Newton Inc. is evaluating the purchase of a new machine. The cost of the machine is $800,000. The incremental cash flows due to the machine are expected to be as follows: Year 1 $150,000 Year 2 $250,000 Year 3 $350,000 Year 4 $480,000 The cost of capital for Newton, Inc. is 11%. 1. Calculate the NPV and IRR for this project. 2. Should you accept this project? Explain. Mention both NPV and IRR in your explanation. 3. At what costs...
Use the following information to answer questions 16 through 20. You are analyzing a proposed project and have compiled the following information Year Cash flow 0 $145,000 1 $33,400 $ 70,500 $ 82,100 Required payback period 3 years Required return 9.50 percent 16. What is the net present value of the proposed project? a. S6,239.12 b. 58.221.29 c. S6,831.84 d. 58,376.91 17. Should the project be accepted based on the internal rate of return (IRRY? Why or why not? a....
A firm is planning a new project that is projected to yield cash flows of -$515,000 in Year 1, $586,000 per year in Years 2 through 3, and $678,000 in Years 4 through 6, and $728,000 in Years 7 through 10. This investment will cost the company $2,780,000 today (initial outlay). We assume that the firm's cost of capital is 9.65%. (1) Draw a time line to show the cash flows of the project. (2) Compute payback period, net present...