10-3 You have a portfolio with a beta of 1.37. What will be the new portfolio beta if you keep 93 percent of your money in the old portfolio and 7 percent in a stock with a beta of 0.97? (Do not round intermediate calculations. Round your final answer to 2 decimal places.)
New Portfolio Beta _____________
10-4 Suppose Universal Forest’s current stock price is $66.00 and it is likely to pay a $0.39 dividend next year. Since analysts estimate Universal Forest will have a 11.5 percent growth rate, what is its required return? (Round your answer to 2 decimal places.) |
Required return | ___________ % |
10-5
Following are four economic states, their likelihoods, and the potential returns: |
Economic State | Probability | Return | |||
Fast growth | 0.33 | 67 | % | ||
Slow growth | 0.41 | 16 | |||
Recession | 0.10 | –24 | |||
Depression | 0.16 | –56 | |||
Compute the expected return and standard deviation. (Do not round intermediate calculations. Round your final answer to 2 decimal places.) |
Expected return | ________ % | |
Standard deviation |
________% |
|
10-3) New Portfolio beta = Beta of old portfolio x Weight of old portfolio + Beta of new stock x Weight of new stock
or, New Portfolio beta = 1.37 x 93% + 0.97 x 7% = 1.342 or 1.34
10-4) Required return as per constant dividend growth model can be computed as follows -
Ke = [ D1 / P0 ] + g
where, Ke = required return, D1 = expected dividend, P0 = Stock price, g = growth rate
Ke = [ $0.39 / $66 ] + 0.115 = 0.120909 or 12.09%
10-5) Expected return
Expected return = sum of (Returnstate x Probabilitystate)
or, Expected return = 67% x 0.33 + 16% x 0.41 + - 24% x 0.10 + - 56% x 0.16 = 17.31%
Standard Deviation
or, Standard deviation of stock = 42.9657% or 42.97%
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