Essentials Of Investments
11th Edition
ISBN: 9781260013924
Author: Bodie, Zvi, Kane, Alex, MARCUS, Alan J.
Publisher: Mcgraw-hill Education,
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HELP WITH 3 PLEASE
Consider a two period economy. You can buy stocks in period 0, and then sell them in period 1. You can also enter into futures contracts in period 0, which expire in period 1.
- Suppose a stock has a β of 0.5. The stock pays no dividends, and is trading at $100. The market has an expected return of 10%. The interest rate is 2%. Suppose the CAPM holds. What is the stock’s expected return? What is the expected price of the stock in period 1?
- Consider a futures contract on the stock, expiring at t = 1. What is the fair price of the futures contract, in t = 1 dollars?
- Suppose you take a long position in the futures contract in period 0 (so, you promise to pay money, in exchange for getting the stock in period 1). When the futures contract expires in period 1, you receive the stock and immediately sell it. What is the expected amount you will pay in money for the stock? What is the expected amount you get from selling the stock?
- Since buying single-stock futures appears to be a fairly profitable trade, you decide to invest in a futures strategy. You enter a long futures contract position, for exactly the amount you solved for in part 2). You also invest cash in period 0 at the risk-free rate, so you have just enough to pay for the futures contract at expiration. You plan to sell the stock just after expiration. What is the expected return on this trading strategy (in terms of expected period-1 dollars you get, per period-0 dollar invested)? How does this compare to your answer to part 1)?
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- Suppose stock A's return is related to the market return by: RetA=0.6*Market Return + 0.04* (Market Return)² What is the change in stock A given a change in the market return? Suppose stock B's return is related to the market return by: RetB=0.6*Market Return What is the difference in returns between A and B if the market return is 5%? What is the difference if the market return is -5%?arrow_forwardSuppose you are a seller . At time t = 0 you get £C from the buyer where C is the risk-neutral price of the option. You then have to design a hedging strategy which would allow you to meet your financial obligation in one year’s time. Your portfolio should consist of two investments: you are allowed to buy the underlying shares and to deposit money in the bank. The price of the share evolves according to a geometric Brownian motion. State the formulae you will need to compute the number of shares in the portfolio and the capital deposited in the bank at any time t, 0 ≤ t ≤ 1.arrow_forwardA stock has an expected return of 0.15, its beta is 0.75, and the risk-free rate is 0.05. What must the expected return on the market be? Enter the answer with 4 decimals (e.g. 0.0567).arrow_forward
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