1. Following are four economic states, their likelihoods, and the potential returns: Economic State Probability Return Fast growth 0.13 53 % Slow growth 0.64 14 Recession 0.18 –27 Depression 0.05 –60 Compute the expected return and standard deviation. (Do not round intermediate calculations. Round your final answer to 2 decimal places.) Expected return % Standard deviation %
2.
Table 9.2 Average Returns for Bonds |
Low-risk bonds | ||||
1950 to 1959 | Average | 2.0 | % | |
1960 to 1969 | Average | 4.7 | ||
1970 to 1979 | Average | 6.7 | ||
1980 to 1989 | Average | 8.5 | ||
1990 to 1999 | Average | 4.6 | ||
2000 to 2009 | Average | 2.5 | ||
Table 9.4 Annual Standard Deviation for T-Bills |
Low-risk bonds | |||
1950 to 1959 | 1.1 | % | |
1960 to 1969 | 1.9 | ||
1970 to 1979 | 2.2 | ||
1980 to 1989 | 2.7 | ||
1990 to 1999 | 1.2 | ||
2000 to 2009 | 1.9 | ||
Use the tables above to calculate the coefficient of variation of the risk-return relationship in T-bills during each decade since 1950. (Round your answers to 2 decimal places.) |
Decade | CoV |
1950s | |
1960s | |
1970s | |
1980s | |
1990s | |
2000s | |
Answer 1.
Fast Growth:
Probability = 0.13
Return = 53%
Slow Growth:
Probability = 0.64
Return = 14%
Recession:
Probability = 0.18
Return = -27%
Depression:
Probability = 0.05
Return = -60%
Expected Return = 0.13 * 53% + 0.64 * 14% + 0.18 * (-27%) + 0.05
* (-60%)
Expected Return = 7.99%
Variance = 0.13 * (0.53 - 0.0799)^2 + 0.64 * (0.14 - 0.0799)^2 +
0.18 * (-0.27 - 0.0799)^2 + 0.05 * (-0.60 - 0.0799)^2
Variance = 0.073799
Standard Deviation = (0.073799)^(1/2)
Standard Deviation = 0.2717
Standard Deviation = 27.17%
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