u have two investment opportunities. One will have an 11.0% rate of return on an investment of $580; the other will have a 0% rate of return on principal of $870. You would like to take advantage of the higher-yielding investment but have only B0 available. quired: at is the maximum rate of interest that you would pay to borrow the $290 needed to take advantage of the higher yield?

u have two investment opportunities. One will have an 11.0% rate of return on an investment of $580; the other will have a 0% rate of return on principal of $870. You would like to take advantage of the higher-yielding investment but have only B0 available. quired: at is the maximum rate of interest that you would pay to borrow the $290 needed to take advantage of the higher yield?

Essentials Of Investments

11th Edition

ISBN:9781260013924

Author:Bodie, Zvi, Kane, Alex, MARCUS, Alan J.

Publisher:Bodie, Zvi, Kane, Alex, MARCUS, Alan J.

Chapter1: Investments: Background And Issues

Section: Chapter Questions

Problem 1PS

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Co. has an investment opportunity (Project B) that requires a cash outlay of $18,000 today. They estimate that they will receive in exchange $6,200 in year 1, $6,500 in year 2, and $8,200 in year 3. Our Co 10. Marvelous me a) What are the IRR and the NPV of Project B? b) If the discount rate is 10%, would you invest in Project B? c) Let's imagine that we had a second project (Project B) that has an IRR of 18%. If the crossover rate between these two projects is 13%, which project would you choose when the appropriate discount rate is below that crossover rate?
Suppose the risk - free interest rate is 4.2%.a. Having $200 today is equivalent to having what amount in one year?b. Having $200 in one year is equivalent to having what amount today?c. Which would you prefer, $200 today or $200 in one year? Does your answer depend on when you need the money? Why or why not?a. Having $200 today is equivalent to having what amount in one year?Having $200 today is equivalent to having Sin one year. (Round to the nearest cent.)
Suppose that you have the following utility function: U=E(r) – ½ Aσ2 and A=3 Suppose that you have $10 million to invest for one year and you want to invest that money into ETFs tracking the S&P 500 (US) and S&P/TSX 60 (Canada) index, which are often used as proxies for the US and Canadian stock markets, respectively, and the Canadian one-year T-bill. Assume that the interest rate of the one-year T-bill is 0.35% per annum. You have found two ETFs that you are interested in. From a set of their historical data between 2001 and 2019, you have estimated the annual expected returns, standard deviations, and covariance as follows: ETFUS : E(r)= 0.070584 0.173687 ETFCDA : E(r)= 0.073763 0.16816 Covariance between ETFUS and ETFCDA = 0.02397 Answer the following questions using Excel: What is the optimal portfolio of ETFUS and ETFCDA? Also submit an Excel file to show your work.
3. An entrepreneur has two projects to choose between. Both require an investment of $1 which must be borrowed. The projects produce gross returns in one year as follows.: Project Risky Safe payoff if failure ($) payoff if success ($) 10 probability of success 2/10 6/10 Suppose there are 100 such entrepreneurs. A bank cannot observe the project choice of an entrepreneur. Call the gross repayment the loan requires when the project succeeds R: i What is the relationship between the R the bank charges and the project chosen by the entrepreneur? Explain in detail ii. Over what ranges of R will the safe and risky projects, respectively, be chosen? What is the maximum R banks can charge consistent with the entrepreneur choosing the safe project? Explain. ii. What R will banks charge and why?
2. If the current inflation rate is 3.6% and you have an investment opportunity that pays 10.9%, then what is the real rate of interest on your investment? Please use both exact formula and approximate formula.
Trestle Corporation wants to purchase a new finishing machine. They currently have an old machine, which is operable for five more years and is expected to have a zero-disposal value at the end of five years. If the company buys the new machine, the old machine will be sold now for $95,000 (book value is $75,000). The new machine will cost $635,000 and will be depreciated for tax purposes on a straight-line basis over its useful life of 5 years. The new machine will not have a salvage value and will not be sold after its useful life. An additional cash investment in working capital of $25,000 will be required if the new machine is purchased. The investment is expected to net $80,000 in before tax cash inflows during the first year of operation and $235,000 each additional year of use. These cash flows do not include depreciation and are recognized at the end of each year. The working capital investment will not be recovered at the end of the asset's life. The company's tax rate is 32%.
Consider an investment that pays off $700 or $1,400 per $1,000 invested with equal probability. Suppose you have $1,000 but are willing to borrow to increase your expected return. What would happen to the expected value and standard deviation of the investment if you borrowed an additional $1,000 and invested a total of $2,000? What if you borrowed $2,000 to invest a total of $3,000? Instructions: Complete the table below to answer the questions above. Enter your responses as whole numbers and enter percentage values as percentages not decimals (i.e., 23% not 0.23). Enter a negative sign (-) to indicate a negative number if necessary. Invest $1,000 Invest $2,000 Invest $3,000 Expected Value $ 1050 1200 $ $ 1300 Percentage 20 % 30 % 40 % Standard Deviation 300 600 900 Expected Return N/A Doubled Tripled
Consider two 1-year loans with a principal of $1 million and a default probability of 2% each. Assume that if one loan defaults, the other does not. Assume that in the event of default, the loan leads to a loss that can take any value between $0 and $1 million with equal probability, i.e., the probability that the loss is higher than $x million is 1-x. If a loan does not default, it yields a profit equal to $0.02 million. a) Compute the 1-year 99% Value at Risk (VaR) and Expected Shortfall (ES) of a single loan. b) Compute the 1-year 99% VaR and ES for the portfolio of both loans. c) Does the VaR and the ES satisfy the subadditivity property in this case?
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
Optimizing economic agents use the real interest rate when thinking about the economic costs and returns of a loan. Suppose the average rate paid by banks on savings accounts is 0.45% at a time when infialion is around 0 9% For the average saver, the real rate of interest on his or her savings is % (Round your response to two decimal places and use a minus sign if necessay.) Il banks expect that the rate of inflation in the coming year will be 3.9% and they want a real return of 8% on a certain category of loans, then the nominal rate they should charge borrowers on those loans is %. (Round your response to two decimal places) 11 the economy experiences an unexpectedly high rate of inflation, the group that would tend to benefit is O A. creditors (people or institutions that are owed money). O B. deblors (pcople or businesses who owe moncy). OC. both would benefit cgqually O D. neilher bencfits.
An investment will pay $725 in 2,3,4 and 5 years from now. Furthermore, it will pay $4,400 in 9, 10 and 11 years. What is the most you would pay for this investment if you require a 10% return? answer in dollars without the symbol.
What is the net present value of an investment that requires a 10 percent minimum rate of return and has the following projected cash flows: Yr0 = -100, Yr1 = 25, Yr2 = 35, Yr3 = 45, Yr4 = 35, and Yr5 = 30? a. 41 b. 28 c. 34 d. 35

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