8. Consider the following information:
Standard Deviation Beta
Security
X
29%
1.22
Security
Y
37%
0.75
a) Which security has higher total risk? Explain.
b) Which security has higher systematic risk? Explain.
c) Which security should have a higher level of expected return?
Explain
Before we get into the questions, let's revisit the following concepts:
Let's now get into the question one by one.
a) Which security has higher total risk? Explain.
Standard deviation of the return of a security is a measure of total risk of the security. Hence, a security with higher standard deviation should have higher total risk. Here, standard deviation of the returns of the security Y = 37% > 29% = standard deviation of the returns of the security X. Hence, security Y has higher total risk.
b) Which security has higher systematic risk? Explain.
Beta is a measure of the systematic risk of a security. Higher the beta, higher will be the systematic risk of the security. In this case, beta of security X = 1.22 > 0.75 = beta of security Y. Hence security X has higher systematic risk.
c) Which security should have a higher level of expected return?
Explain
Risk premium of a security is directly proportional to the systematic risk. Hence, the expected return will be higher in case of a security with higher systematic risk. Higher beta implies a higher systematic risk. In this case, beta of security X = 1.22 > 0.75 = beta of security Y. Hence security X has higher systematic risk. And hence, security X should have a higher level of expected return.
8. Consider the following information: Standard Deviation Beta Security X
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