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You have an opportunity to invest $104,000 now in return for $79,800 in one year and $29,600 in two years. If your cost of capital is 9.2%, what is the NPV of this​ investment?       Question content area bottom Part 1 The NPV will be ​$XX enter your response here . ​(Round to the nearest​ cent.)

1 Solve the following rate of return problems. a. An investment of $1,700 today returns $64,000 in 50 years. What is the internal rate of return on this investment? b. An investment costs $850,000 today and promises a single payment of $12.9 million in 22 years. What is the promised rate of return, IRR, on this investment? c. What return do you earn if you pay $24,410 for a stream of $4,000 payments lasting 10 years? Note: Round your answers to 2 decimal places. a. IRR b. IRR c. IRR 7.53 % %

You invest $5000 at time t=0 and an additional $2000 at time t=1/2. At time t=1/2 you have $5300 in your account and at time t=1 you have $7300 in your account. Find the dollar-weighted rate of return rd and the time-weighted rate of return rt on this investment.A. rd= 2.86 %, rt=3.43 %B. rd= 2 %, rt=2.4 %C. rd= 6.26 %, rt=7.5 %D. rd= 2.51 %, rt=3 %E. rd= 5.01 %, rt= 6 % Please answer it only correct without using Excel

Imagine you are investing $100,000 into a project A. MARR is 15% This investment will bring you the following positive cash flows: Year 1: $31,000 Year 2: $31,000 Year 3: $31,000 Year 4: $31,000 Year 5: $31,000 a.Draw the cash flow diagram b.Find the present worth of the investment c.Find the annual worth of the investment

Consider a project in which you have to invest $15,000 today and you will receive $24847 in one year. What is the internal rate of return (IRR) of this project? The IRR is % (Keep 2 decimal places). Answer:

Imagine you are investing $100,000 into a project A. MARR is 15% This investment will bring you the following positive cash flows: Year 1: $31,000 Year 2: $31,000 Year 3: $31,000 Year 4: $31,000 Year 5: $31,000 a.Find the future worth of the investment b.You found another mutually exclusive alternative B that requires you to invest an additional $20,000 compared to investment A. It will bring $36,500 of net annual income for 5 years. Is this alternative better than the original one? Use incremental analysis to evaluate them. c.What are the IRRs of alternative A and alternative B?

ou invest $1000at time t=0 and an additional $5000 at time t=1/2. At time t=1/2 you have $1300 in your account and at time t=1 you have $6100 in your account. Find the dollar-weighted rate of return rd and the time-weighted rate of return rt on this investment.

please colud you explain me what how you using calculator or computation to determine NPV or IRR. A firm has the following investment alternatives:   Year                       A                                           B                                    C 1                             $400                                   $---                                  $-- 2                              400                                    400                                   --- 3                              400                                     800                                  --- 4                            400                                     800                               1,800     Each investment costs $1,400, and the firm's cost of capital is 10 percent.   a. What is each investment's internal rate of return? b. Should the firm make any of these investment? c. What is each investment's net present value? d. Should the firm firm make any of these investments?

Find the internal rate of return for the following investment (yes I want the actual rate). Is it a good idea if MARR=10%? Year 2$ -160,400 75,000 -32,000 55,000 32,500 69,500 1 3 4

4. Consider an investment of $100,000 that yields $20,000 after year 1, $30,000 after year 2, $60,000 after year 3, and $70,000 after year 4. (a) What is the payback period? Show enough work to support your answer.

You run a construction firm. You have just won a contract to build a government office complex. Building it will require an investment of $9.5 million today and $5.5 million in one year. The government will pay you $21.7 million in one year upon the building's completion. Suppose the interest rate is 10.3%. a. What is the NPV of this opportunity? b. How can your firm turn this NPV into cash today? www. a. What is the NPV of this opportunity? The NPV of the proposal is $ million. (Round to two decimal places.) b. How can your firm turn this NPV into cash today? (Select the best choice below.) O A. The firm can borrow $19.67 million today and pay it back with 10.3% interest using the $21.7 million it will receive from the government. B. The firm can borrow $15.0 million today and pay it back with 10.3% interest using the $21.7 million it will receive from the government. O C. The firm can borrow $15.0 million today and pay it back with 10.3% interest using the $19.67 million it will…

2. A firm considers investing in a project. In Year 0 it needs to make an investment of $50,000. If it is expected to earn $50,000, $60,000, $70,000 in years 1,2,3 respectively, decide whether the firm should make the investment. Consider the required rate of return of 8%.   You may use xis to make calculations. Make recommendations for both cases.

Vipul b

You are looking at an investment that will pay you $22,995 in year 2, $43,270 in year 4 and $41,525 in year 6. If your required return is 8.73%, what is the most you should pay for the investment? (In other words, how much is the project worth today?)