Here are some historical data on the risk characteristics of Ford and Harley Davidson. Harley Davidson Ford B (beta) Yearly standard deviation of return (%) 1.26 0.67 30.6 15.8 Assume the standard deviation of the return on the market was 13.0% a. The correlation coefficient of Ford's return versus Harley Davidson is 0.39. What is the standard deviation of a portfolio invested half in each share? b. What is the standard deviation of a portfolio invested one-third in Ford, one-third in Harley Davidson, and one-third in risk-free Treasury bills? c. What is the standard deviation if the portfolio is split evenly between Ford and Harley Davidson and is financed at 50% margin, that is, the investor puts up only 50% of the total amount and borrows the balance from the broker? d-1. What is the approximate standard deviation of a portfolio composed of 100 stocks with betas of 1.26 like Ford? d-2. What is the approximate standard deviation of a portfolio composed of 100 stocks with betas of 0.67 like Harley Davidson? (For all requirements, use decimals, not percent, in your calculations. Do not round intermediate calculations. Enter your answers as a percent rounded to 2 decimal places.) Standard deviation a. Standard deviation b. Standard deviation C. d-1. Standard deviation d-2. Standard deviation
Here are some historical data on the risk characteristics of Ford and Harley Davidson. Harley Davidson Ford B (beta) Yearly standard deviation of return (%) 1.26 0.67 30.6 15.8 Assume the standard deviation of the return on the market was 13.0% a. The correlation coefficient of Ford's return versus Harley Davidson is 0.39. What is the standard deviation of a portfolio invested half in each share? b. What is the standard deviation of a portfolio invested one-third in Ford, one-third in Harley Davidson, and one-third in risk-free Treasury bills? c. What is the standard deviation if the portfolio is split evenly between Ford and Harley Davidson and is financed at 50% margin, that is, the investor puts up only 50% of the total amount and borrows the balance from the broker? d-1. What is the approximate standard deviation of a portfolio composed of 100 stocks with betas of 1.26 like Ford? d-2. What is the approximate standard deviation of a portfolio composed of 100 stocks with betas of 0.67 like Harley Davidson? (For all requirements, use decimals, not percent, in your calculations. Do not round intermediate calculations. Enter your answers as a percent rounded to 2 decimal places.) Standard deviation a. Standard deviation b. Standard deviation C. d-1. Standard deviation d-2. Standard deviation
Essentials Of Investments
11th Edition
ISBN:9781260013924
Author:Bodie, Zvi, Kane, Alex, MARCUS, Alan J.
Publisher:Bodie, Zvi, Kane, Alex, MARCUS, Alan J.
Chapter1: Investments: Background And Issues
Section: Chapter Questions
Problem 1PS
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Transcribed Image Text:Here are some historical data on the risk characteristics of Ford and Harley Davidson.
Harley
Davidson
Ford
B (beta)
Yearly standard deviation of return (%)
1.26
0.67
30.6
15.8
Assume the standard deviation of the return on the market was 13.0%
a. The correlation coefficient of Ford's return versus Harley Davidson is 0.39. What is the standard deviation of a portfolio invested half
in each share?
b. What is the standard deviation of a portfolio invested one-third in Ford, one-third in Harley Davidson, and one-third in risk-free
Treasury bills?
c. What is the standard deviation if the portfolio is split evenly between Ford and Harley Davidson and is financed at 50% margin, that
is, the investor puts up only 50% of the total amount and borrows the balance from the broker?
d-1. What is the approximate standard deviation of a portfolio composed of 100 stocks with betas of 1.26 like Ford?
d-2. What is the approximate standard deviation of a portfolio composed of 100 stocks with betas of 0.67 like Harley Davidson? (For
all requirements, use decimals, not percent, in your calculations. Do not round intermediate calculations. Enter your answers
as a percent rounded to 2 decimal places.)
Standard deviation
a.
Standard deviation
b.
Standard deviation
C.
d-1. Standard deviation
d-2. Standard deviation
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