Question

In: Finance

​Long-term investment​ decision, payback method Personal Finance Problem   Bill Williams has the opportunity to invest in...

​Long-term investment​ decision, payback method Personal Finance Problem   Bill Williams has the opportunity to invest in project A that costs

$ 6 comma 600$6,600

today and promises to pay

$ 2 comma 200$2,200​,

$ 2 comma 500$2,500​,

$ 2 comma 500$2,500​,

$ 2 comma 000$2,000

and

$ 1 comma 700$1,700

over the next 5 years. ​ Or, Bill can invest

$ 6 comma 600$6,600

in project B that promises to pay

$ 1 comma 300$1,300​,

$ 1 comma 300$1,300​,

$ 1 comma 300$1,300​,

$ 3 comma 400$3,400

and

$ 4 comma 100$4,100

over the next 5 years.  

​(​Hint:

For mixed stream cash​ inflows, calculate cumulative cash inflows on a​ year-to-year basis until the initial investment is

recovered.​)

a.  How long will it take for Bill to recoup his initial investment in project​ A?

b.  How long will it take for Bill to recoup his initial investment in project​ B?

c.  Using the payback​ period, which project should Bill​ choose?

d.  Do you see any problems with his​ choice?

Solutions

Expert Solution

(a): Project A:

Year Cash flow Cumulative cash flow
0 -          6,600 -                                   6,600
                1             2,200 -                                   4,400
                2             2,500 -                                   1,900
                3             2,500                                          600
                4             2,000
                5             1,700

Thus initial investment is being recouped in 3rd year when cumulative cash flows becomes positive. Exact time = 2 + (1900/2500) = 2.76 years

(b): Project B:

Year Cash flow Cumulative cash flow
0 -          6,600 -                                   6,600
                1             1,300 -                                   5,300
                2             1,300 -                                   4,000
                3             1,300 -                                   2,700
                4             3,400                                          700
                5             4,100

Thus initial investment is being recouped in 4th year when cumulative cash flows becomes positive. Exact time = 3 + (2700/3400) = 3.79 years

(c): Using payback period method Bill should select project A as its payback period is lower than B. In other words for A the initial investment is recouped and recovered faster and earlier.

(d): Yes, there is a problem with his choice as the payback period fails to consider the cash flows after the payback period. In case of B cash flow amount increases during later years and so the higher amounts of $3,400 and $4,100 in 4th and 5th years are ignored. Use of NPV method would have given a better result for Bill.


Related Solutions

​Long-term investment​ decision, payback method Personal Finance Problem Bill Williams has the opportunity to invest in...
​Long-term investment​ decision, payback method Personal Finance Problem Bill Williams has the opportunity to invest in project A that costs $8,300 today and promises to pay $2,300 $2,600​, $2,600​, $2,00 and $1,800 over the next 5 years. ​ Or, Bill can invest $8,300 in project B that promises to pay $1,600​, $1,600​, $1,600​, $3,700 and $3,900 over the next 5 years.   ​(​Hint: For mixed stream cash​ inflows, calculate cumulative cash inflows on a​ year-to-year basis until the initial investment is...
P10-4 Long-term investment​ decision, payback method Personal Finance Problem   Bill Williams has the opportunity to invest...
P10-4 Long-term investment​ decision, payback method Personal Finance Problem   Bill Williams has the opportunity to invest in project A that costs $ $8,200 today and promises to pay $2,300​, $2,600​, $2,600​, $2,000 and $1,800 over the next 5 years. ​ Or, Bill can invest $8,200 in project B that promises to pay $1,400​, $1,400​, $1,400​, $3,500 and $4,100 over the next 5 years.  ​(​Hint: For mixed stream cash​ inflows, calculate cumulative cash inflows on a​ year-to-year basis until the initial...
Common stock versus warrant investment: Personal Finance Problem   Tom Baldwin can invest​ $5,000 in the common...
Common stock versus warrant investment: Personal Finance Problem   Tom Baldwin can invest​ $5,000 in the common stock or the warrants of Lexington Life Insurance. The common stock is currently selling for ​$50 per share. Its​ warrants, which provide for the purchase of 4 shares of common stock at ​$46 per​ share, are currently selling for ​$20. The stock is expected to rise to a market price of ​$52 within the next​ year, so the expected theoretical value of a warrant...
Common stock versus warrant investment Personal Finance Problem Tom Baldwin can invest $7,000 in the common...
Common stock versus warrant investment Personal Finance Problem Tom Baldwin can invest $7,000 in the common stock or the warrants of Lexington Life Insurance. The common stock is currently selling for $55 per share. Its​ warrants, which provide for the purchase of 2 shares of common stock at $49 per​ share, are currently selling for $15. The stock is expected to rise to a market price of $61 within the next​ year, so the expected theoretical value of a warrant...
Personal Finance Problem   Assume that you have an opportunity to buy the stock of​ CoolTech, Inc.,...
Personal Finance Problem   Assume that you have an opportunity to buy the stock of​ CoolTech, Inc., an IPO being offered for ​$12.37 per share. Although you are very much interested in owning the​ company, you are concerned about whether it is fairly priced. To determine the value of the​ shares, you have decided to apply the free cash flow valuation model to the​ firm's financial data that​ you've accumulated from a variety of data sources. The key values you have...
. Evaluate the view that easyJet’s decision to raise long-term finance by selling shares is preferable...
. Evaluate the view that easyJet’s decision to raise long-term finance by selling shares is preferable to raising it through borrowing.
1.Project finance is considered as a long-term investment with a commitment of large amounts of resources....
1.Project finance is considered as a long-term investment with a commitment of large amounts of resources. Determining project costs involves taking the information gained from assessing needed resources and A. asking the client for at least twice as much funding. B. using it for scheduling purposes. C. adjusting the project purpose as necessary. D. translating it into a realistic budget. 2.An investor, Mr. Trix wants to finance RM 500,000 in your new investment to expand your project overseas. Since you...
it lists the sources of long-term financing used by companies to finance investment capital, in order...
it lists the sources of long-term financing used by companies to finance investment capital, in order of lowest to highest cost, and explains what is the factor that causes one source of capital to be more or less expensive than other sources.
Problem 12-1A U3 Company is considering three long-term capital investment proposals. Each investment has a useful...
Problem 12-1A U3 Company is considering three long-term capital investment proposals. Each investment has a useful life of 5 years. Relevant data on each project are as follows. Project Bono Project Edge Project Clayton Capital investment $171,200 $187,250 $206,000 Annual net income: Year 1 14,980 19,260 28,890 2 14,980 18,190 24,610 3 14,980 17,120 22,470 4 14,980 12,840 13,910 5 14,980 9,630 12,840 Total $74,900 $77,040 $102,720 Depreciation is computed by the straight-line method with no salvage value. The company’s...
Problem 12-1A (Video) U3 Company is considering three long-term capital investment proposals. Each investment has a...
Problem 12-1A (Video) U3 Company is considering three long-term capital investment proposals. Each investment has a useful life of 5 years. Relevant data on each project are as follows. Project Bono Project Edge Project Clayton Capital investment $168,000 $183,750 $202,000 Annual net income: Year  1 14,700 18,900 28,350         2 14,700 17,850 24,150         3 14,700 16,800 22,050         4 14,700 12,600 13,650         5 14,700 9,450 12,600 Total $73,500 $75,600 $100,800 Depreciation is computed by the straight-line method with no salvage value. The company’s...
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT