Consider a risky portfolio. The end-of-year cash flow derived from the portfolio will be either $160,000 or $400,000 with equal probabilities of 50%. The alternative risk-free investment in T-bills pays 5% per year.
a. |
If you require a risk premium of 8%, how much will you be willing to pay for the portfolio? |
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b. |
Suppose that the portfolio can be purchased for the amount you found in (a). What will be the expected rate of return on the portfolio? |
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c. |
Now suppose that you require a risk premium of 12%. What is the price that you will be willing to pay? |
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d. |
Comparing your answers to (a) and (c), what do you conclude about the relationship between the required risk premium on a portfolio and the price at which the portfolio will sell? |
Part (a)
Expected value of year end cash flows, E(C) = p x C1 + (1 - p) x C2 = 50% x 160,000 + (1 - 50%) x 400,000 = $ 280,000
Required return, r = Risk free rate + desired risk premium = 4% + 8% = 12%
Hence, amount you be willing to pay for the portfolio today = PV of expected cash flows = E(C) / (1 + r) = 280,000 / (1 + 12%) = $ 250,000
Part (b)
Expected return = r = 12%
Part (c)
Required return, r = Risk free rate + desired risk premium = 4% + 12% = 16%
Hence, amount you be willing to pay for the portfolio today = PV of expected cash flows = E(C) / (1 + r) = 280,000 / (1 + 16%) = $ 241,379.31
Part (d)
There is an inverse relationship between the two. As the required risk premium on a portfolio increases, the price at which the portfolio will sell decreases. And the vice versa.
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