Question

1. Following are four economic states, their likelihoods, and the potential returns: Economic State Probability Return...

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   

Homework Answers

Answer #1

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%

Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
Following are three economic states, their likelihoods, and the potential returns: Economic State Probability Return Fast...
Following are three economic states, their likelihoods, and the potential returns: Economic State Probability Return Fast growth 0.17 21 % Slow growth 0.50 10 Recession 0.33 –21 Determine the standard deviation of the expected return. (Round your answer to 2 decimal places.) Standard deviation: ____%
Problem 10-24 Expected Return and Risk (LG10-1) Following are four economic states, their likelihoods, and the...
Problem 10-24 Expected Return and Risk (LG10-1) Following are four economic states, their likelihoods, and the potential returns: Economic State Probability Return Fast growth 0.22 66 % Slow growth 0.55 26 Recession 0.18 −19 Depression 0.05 −53 Compute the expected return and standard deviation.
Compute the expected return given these three economic states, their likelihoods, and the potential returns: (Round...
Compute the expected return given these three economic states, their likelihoods, and the potential returns: (Round your answer to 1 decimal place.) Economic State Probability Return Fast Growth 0.3 40% Slow Growth 0.4 10 Recession 0.3 -25
6.Assume that the returns on bonds and T-bills are normally distributed. From 1957 to 2016, the...
6.Assume that the returns on bonds and T-bills are normally distributed. From 1957 to 2016, the average return rate for Canadian T-bills is 5.71 percent and the standard deviation is 3.81 percent. For the same period, the average return rate for Canadian long term bonds is 8.16 percent, risk premium is 2.45%, and the standard deviation is 9.63 percent. a.In 1979, the return on bonds was -2.83 percent. How likely is it that a return this low will recur at...
Perform a hypothesis testing using Kendall’s Tau method to check if the distribution of peak flows...
Perform a hypothesis testing using Kendall’s Tau method to check if the distribution of peak flows does not change as a function of time. Data is below please show step by step. I will rate afterwards. Year Peak Flow 1947 15500 1948 27400 1949 27500 1950 43000 1951 19100 1952 17600 1953 15800 1954 8600 1955 9950 1956 35400 1957 34700 1958 37000 1959 26000 1960 27000 1961 42300 1962 26300 1963 41600 1964 50500 1965 15500 1966 6710 1967...
Using Box-Jenkin’s four-step method, forecast the US quarterly GDP for the second quarter of 2015. observation_date...
Using Box-Jenkin’s four-step method, forecast the US quarterly GDP for the second quarter of 2015. observation_date GDP (billion $) 1947-01-01 1934.5 1947-04-01 1932.3 1947-07-01 1930.3 1947-10-01 1960.7 1948-01-01 1989.5 1948-04-01 2021.9 1948-07-01 2033.2 1948-10-01 2035.3 1949-01-01 2007.5 1949-04-01 2000.8 1949-07-01 2022.8 1949-10-01 2004.7 1950-01-01 2084.6 1950-04-01 2147.6 1950-07-01 2230.4 1950-10-01 2273.4 1951-01-01 2304.5 1951-04-01 2344.5 1951-07-01 2392.8 1951-10-01 2398.1 1952-01-01 2423.5 1952-04-01 2428.5 1952-07-01 2446.1 1952-10-01 2526.4 1953-01-01 2573.4 1953-04-01 2593.5 1953-07-01 2578.9 1953-10-01 2539.8 1954-01-01 2528.0 1954-04-01 2530.7 1954-07-01...
Stock A has the following returns for various states of the economy: State of Economy Probability...
Stock A has the following returns for various states of the economy: State of Economy Probability Stock A's Return Recession 5% -50% Below average 25% -3% Average 35% 10% Above average 20% 20% Boom 15% 45% Stock A's standard deviation of returns is _______    20.62%    4.25%    6.47%    11%
Year Total Tornadoes 1950 213 1951 272 1952 252 1953 434 1954 562 1955 605 1956...
Year Total Tornadoes 1950 213 1951 272 1952 252 1953 434 1954 562 1955 605 1956 516 1957 870 1958 576 1959 616 1960 628 1961 709 1962 669 1963 475 1964 716 1965 909 1966 597 1967 938 1968 672 1969 620 1970 666 1971 901 1972 753 1973 1114 1974 957 1975 931 1976 846 1977 864 1978 801 1979 867 1980 878 1981 794 1982 1059 1983 943 1984 919 1985 696 1986 777 1987 668 1988...
Problem 10-28 Using Probability Distributions [LO 3] Suppose the returns on long-term corporate bonds and T-bills...
Problem 10-28 Using Probability Distributions [LO 3] Suppose the returns on long-term corporate bonds and T-bills are normally distributed. Assume for a certain time period, long-term corporate bonds had an average return of 5.8% and a standard deviation of 8.9%. For the same period, T-bills had an average return of 4.3% and a standard deviation of 3.1%. Use the NORMDIST function in Excel® to answer the following questions: a. What is the probability that in any given year, the return...
The following table contains the historic returns from a portfolio consisting of large stocks and a...
The following table contains the historic returns from a portfolio consisting of large stocks and a portfolio consisting of long-term Treasury bonds over the last 20 years. T-bills returns represent risk-free returns. Analyze the risk-return trade-off that would have characterized these portfolios. The following dataset is also available in Excel format in Module 3 Resources on Canvas. Returns in the dataset are in percents. For example, 31.33 means 31.33% per year. Year Large Stock Long-Term T-Bonds T-Bills 1997 31.33 11.312...
ADVERTISEMENT
Need Online Homework Help?

Get Answers For Free
Most questions answered within 1 hours.

Ask a Question
ADVERTISEMENT