Your company is scheduled to receive 2, 000, 000 euros in 1 year. The euro is currently trading at 1.0813, you can borrow in the US for 1 year at 5.5% or invest in the US at 5.2%. You can borrow in euros at 3.6% or invest in euros at 3.3%. If you use a money market hedge on the receivable, how much will you get in US dollars?

Your company is scheduled to receive 2, 000, 000 euros in 1 year. The euro is currently trading at 1.0813, you can borrow in the US for 1 year at 5.5% or invest in the US at 5.2%. You can borrow in euros at 3.6% or invest in euros at 3.3%. If you use a money market hedge on the receivable, how much will you get in US dollars?

Practical Management Science

6th Edition

ISBN:9781337406659

Author:WINSTON, Wayne L.

Publisher:WINSTON, Wayne L.

Chapter2: Introduction To Spreadsheet Modeling

Section: Chapter Questions

Problem 45P: A project does not necessarily have a unique IRR. (Refer to the previous problem for more...

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A project does not necessarily have a unique IRR. (Refer to the previous problem for more information on IRR.) Show that a project with the following cash flows has two IRRs: year 1, 20; year 2, 82; year 3, 60; year 4, 2. (Note: It can be shown that if the cash flow of a project changes sign only once, the project is guaranteed to have a unique IRR.)
It is January 1 of year 0, and Merck is trying to determine whether to continue development of a new drug. The following information is relevant. You can assume that all cash flows occur at the ends of the respective years. Clinical trials (the trials where the drug is tested on humans) are equally likely to be completed in year 1 or 2. There is an 80% chance that clinical trials will succeed. If these trials fail, the FDA will not allow the drug to be marketed. The cost of clinical trials is assumed to follow a triangular distribution with best case 100 million, most likely case 150 million, and worst case 250 million. Clinical trial costs are incurred at the end of the year clinical trials are completed. If clinical trials succeed, the drug will be sold for five years, earning a profit of 6 per unit sold. If clinical trials succeed, a plant will be built during the same year trials are completed. The cost of the plant is assumed to follow a triangular distribution with best case 1 billion, most likely case 1.5 billion, and worst case 2.5 billion. The plant cost will be depreciated on a straight-line basis during the five years of sales. Sales begin the year after successful clinical trials. Of course, if the clinical trials fail, there are no sales. During the first year of sales, Merck believe sales will be between 100 million and 200 million units. Sales of 140 million units are assumed to be three times as likely as sales of 120 million units, and sales of 160 million units are assumed to be twice as likely as sales of 120 million units. Merck assumes that for years 2 to 5 that the drug is on the market, the growth rate will be the same each year. The annual growth in sales will be between 5% and 15%. There is a 25% chance that the annual growth will be 7% or less, a 50% chance that it will be 9% or less, and a 75% chance that it will be 12% or less. Cash flows are discounted 15% per year, and the tax rate is 40%. Use simulation to model Mercks situation. Based on the simulation output, would you recommend that Merck continue developing? Explain your reasoning. What are the three key drivers of the projects NPV? (Hint: The way the uncertainty about the first year sales is stated suggests using the General distribution, implemented with the RISKGENERAL function. Similarly, the way the uncertainty about the annual growth rate is stated suggests using the Cumul distribution, implemented with the RISKCUMUL function. Look these functions up in @RISKs online help.)
The greater the risk the greater the required ____investment_______ by investors because they can either win big or lose big with great risk. Bond prices move in the opposite direction of ___________ ___________. A dollar __________ is worth more than a dollar in the future. The treasury rate is often consider the ___________ _____________ rate. The time value of money involves computing __________ value of a single amount, __________ value of a single amount, _________ value of an annuity, __________ value of an annuity. _________________ create financial statements and _______________ use them. ___________ is king. In finance, we care about ___________. The balance sheet equation is: _____________ = ________________ + _________________ ____________. You can make a profit on the income statement and still go out of business if you do not have sufficient positive ____________ _____________ coming in. When the Fed adjusts interest rates they are trying to balance _________________ and…
You work in finance and your company is considering buying another company for $10.6 million. Your company does not have $10.6 million in cash and has asked you to evaluate different types of short-term and long-term financing opportunities. For this assignment, you will have to conduct research to see what options are available for short-term and long-term financing opportunities. Explain why you chose the option you selected and what the short-term and long-term effects of that option will be. Please be specific.
Which of the following statements are true about exchange rate risk? Check all that apply: a)A Canadian investor with an investment in U.S Treasury bills faces exchange rate risk. b)Exchange rate risk can be hedged using a futures or forward contract in foreign exchange. c)Exchange rate risk arises from the uncertainty in asset returns due to changes in the exchange rate between the currency of the investor and the foreign currency. d)Exchange rate risk can't be perfectly hedged, even if the return earned in the foreign currency is known beforehand.
Consider a 3-month European put option on a non-dividend-paying stock. The current stock price is $52, the strike price is $50, the risk-free interest rate is 12% per annum, and the volatility is 30% per annum. What is the price of the put according to the Black-Scholes-Merton model?
You would like to buy a house that is currently on the market at $85,000, but youcannot afford it right now. However, you think that you would be able to buy it after 4years. If the expected inflation rate as applied to the price of this house is 5% per year,what is its expected price after four years?
Suppose that you want to invest $10,000 in the stock market by buying shares in one of two companies: A and B. Shares in company A though risky, could yield a 50% return on investment during the next year. If the stock market if conditions are not favorable (bear market) the stock may lose 20% of it value. Company B provides safe investments with 15% return in a bull market and only 5% in a bear market Ali the applications you have consulted are predicting a 60% chance for a bull market and 40% for a bear market. Where you invest your money? Construct a decision tree.
On Monday, a certain stock closed at $10 per share. Before the stock market opens on Tuesday, you expect the stock to close at $9, $10, or $11 per share, with respective probabilities 0.3, 0.3, and 0.4. Looking ahead to Wednesday, you expect the stock to close 10 percent lower, unchanged, or 10 percent higher than Tuesday’s close, with the following probabilities. Tuesday's Close 10 Percent Lower Unchanged 10 Percent Higher $9 0.4 0.3 0.3 10 0.2 0.2 0.6 11 0.1 0.2 0.7 Early on Tuesday, you are directed to buy 100 shares of the stock before Thursday. All purchases are made at the end of the day, at the known closing price for that day, so your only options are to buy at the end of Tuesday or at the end of Wednesday. You wish to determine the optimal strategy for whether to buy on Tuesday or defer the purchase until Wednesday, given the Tuesday closing price, to minimize the expected purchase price. Develop and evaluate a decision tree. a-1. Determine the optimal…
Consider two equity market investors. The first investor is a hedge fund manager that relies on very active trading, and borrows from investment banks in order to leverage their investment. Their remuneration depends on total base fee earned by their fund as a percentage of net assets under management, plus a yearly bonus based on returns generated above a hurdle rate. The second investor is a high net-worth individual who is investing for their own retirement, which they anticipate to occur in 10 years or more. Identify three dimensions of risk that are likely to have significantly different impact on thesetwo investors. Explain the nature of the difference. Suggest aspects that each investor might monitor in order to control the risks most relevant to them.
You live in an area that has a possibility of incurring a massive earthquake, so you are considering buyingearthquake insurance on your home at an annual cost of $180. The probability of an earthquake damagingyour home during one year is 0.001. If this happens, you estimate that the cost of the damage (fully coveredby earthquake insurance) will be $160,000. Your total assets (including your home) are worth $250,000.
Scenario Your corporation has just approved an 8-year expansion plan to grow its market share. The plan requires an influx of cash in each of the 8 years. Management wants to develop a financial plan to ensure the cash needed for the expansion will be available at the beginning of each of the 8 years. The corporation has the following investment options: Security Price per unit Return Rate (%) Years to Maturity 1 $1,200 10.255 5 2 $1,000 6.7550 6 3 $1,175 12.110 7 Savings Account 5.500 Each unit of security 1, 2, and 3 guarantees to pay $1,000 at maturity. Investments in these securities must take place only at the beginning of year 1 and will be held until maturity. Any funds not invested in securities will be invested in a savings account that pays the annual interest rates noted above. The following table summarizes the cash needs for the expansion plan for each of the 8 years: Year 1 = $250,000 Year 5 = $295,000…