Consider Security A, which has a standard deviation of investment returns of 4%. If: the standard...
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Consider Security A, which has a standard deviation of investment returns of 4%. If: the standard deviation of the market retum is 5% the correlation between A's return and that of the market is 0.75 the risk-free rate is 5% and the expected retum on the market is 10% then calculate: (1) (ii) the beta of Security A Security A's expected retum. Suppose that just two factors, I, and I2, are needed to describe the returns from assets. Asset A is heavily influenced by 1₁, whereas Asset B is heavily influenced by 1₂. Suppose also that the expected retums from each of A and B are given by the following equations: E(R₂) = 4+24₁ +1₂ E(R₂) = 5+4₁ +21₂ Asset C has equal weighting on the two factors. Write down the equation for the expected return on Asset C. An investor is trying to predict the expected return on a security using the arbitrage pricing theory. She decides that a two-factor model is appropriate and estimates that: =0.8% (i) 13.0% b₁ = 0.5 b₁ =1.5 b₁2 is numerically greater than b, what does this imply? = 0.9% (ii) Estimate the expected return on the security. Consider Security A, which has a standard deviation of investment returns of 4%. If: the standard deviation of the market retum is 5% the correlation between A's return and that of the market is 0.75 the risk-free rate is 5% and the expected retum on the market is 10% then calculate: (1) (ii) the beta of Security A Security A's expected retum. Suppose that just two factors, I, and I2, are needed to describe the returns from assets. Asset A is heavily influenced by 1₁, whereas Asset B is heavily influenced by 1₂. Suppose also that the expected retums from each of A and B are given by the following equations: E(R₂) = 4+24₁ +1₂ E(R₂) = 5+4₁ +21₂ Asset C has equal weighting on the two factors. Write down the equation for the expected return on Asset C. An investor is trying to predict the expected return on a security using the arbitrage pricing theory. She decides that a two-factor model is appropriate and estimates that: =0.8% (i) 13.0% b₁ = 0.5 b₁ =1.5 b₁2 is numerically greater than b, what does this imply? = 0.9% (ii) Estimate the expected return on the security.
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To calculate the beta of Security A we can use the formula Beta CovarianceAs return Market return Va... View the full answer
Related Book For
Business Statistics In Practice
ISBN: 9780073401836
6th Edition
Authors: Bruce Bowerman, Richard O'Connell
Posted Date:
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