Question

In: Finance

Here are the percentage returns on two stocks. Month Digital Cheese Executive Fruit January 15 %...

Here are the percentage returns on two stocks.

Month Digital Cheese Executive Fruit
January 15 % 9 %
February –4 2
March 5 5
April 7 15
May –5 1
June 3 5
July –3 –3
August –5 –1

a-1. Calculate the monthly variance and standard deviation of each stock. (Do not round intermediate calculations. Round your answers to 1 decimal places.)

b. Now calculate the variance and standard deviation of the returns on a portfolio that invests an equal amount each month in the two stocks. (Do not round intermediate calculations. Round your answers to 1 decimal places.)

c. Is the variance more or less than half way between the variance of the two individual stocks?

Solutions

Expert Solution

ANSWER IN THE IMAGE ((YELLOW HIGHLIGHTED). FEEL FREE TO ASK ANY DOUBTS. THUMBS UP PLEASE. THUMBS UP PLEASE.

A. Image

b. Image

c. variance(37.55) is  less than half way between the variance of the two individual stocks(51.70+33.55/2)


Related Solutions

Here are the returns on two stocks. Digital Cheese Executive Fruit January +15 +8 February −4...
Here are the returns on two stocks. Digital Cheese Executive Fruit January +15 +8 February −4 +2 March +6 +7 April +8 +15 May −5 +3 June +4 +8 July −3 −4 August −9 −3 Required: a-1. Calculate the variance and standard deviation of each stock. a-2. Which stock is riskier if held on its own? b. Now calculate the returns in each month of a portfolio that invests an equal amount each month in the two stocks. c. Is...
Here are the returns on two stocks. Digital Cheese Executive Fruit January +15 +8 February −2...
Here are the returns on two stocks. Digital Cheese Executive Fruit January +15 +8 February −2 +1 March +4 +6 April +6 +16 May −3 +2 June +2 +6 July −1 −2 August −7 −1 Required: a-1. Calculate the variance and standard deviation of each stock. a-2. Which stock is riskier if held on its own? b. Now calculate the returns in each month of a portfolio that invests an equal amount each month in the two stocks. c. Is...
Here are the returns on two stocks. Digital Cheese Executive Fruit January +18 +6 February −3...
Here are the returns on two stocks. Digital Cheese Executive Fruit January +18 +6 February −3 +2 March +5 +4 April +7 +16 May −4 +3 June +3 +6 July −2 −3 August −8 −2 Required: a-1. Calculate the variance and standard deviation of each stock. a-2. Which stock is riskier if held on its own? b. Now calculate the returns in each month of a portfolio that invests an equal amount each month in the two stocks. c. Is...
Here are the returns on two stocks. Digital Cheese Executive Fruit January +19 +9, February −2...
Here are the returns on two stocks. Digital Cheese Executive Fruit January +19 +9, February −2 +1, March +4 +4, April +6 +13, May −3 +1, June +3 +5, July −1 −2, August −7 −1 a-1. Calculate the variance and standard deviation of each stock. (Do not round intermediate calculations. Round your answers to 2 decimal places.) a-2. Which stock is the riskier if held on its own? Digital Cheese Executive Fruit b.Now calculate the returns in each month of...
Here are the returns on two stocks. Digital Cheese Executive Fruit January +17 +7 February −3...
Here are the returns on two stocks. Digital Cheese Executive Fruit January +17 +7 February −3 +2 March +5 +4 April +7 +15 May −4 +3 June +3 +5 July −2 −3 August −8 −2 Required: a-1. Calculate the variance and standard deviation of each stock. a-2. Which stock is riskier if held on its own? b. Now calculate the returns in each month of a portfolio that invests an equal amount each month in the two stocks. c. Is...
Here are the returns on two stocks. Digital Cheese Executive Fruit January +18 +8 February −4...
Here are the returns on two stocks. Digital Cheese Executive Fruit January +18 +8 February −4 +1 March +6 +5 April +8 +16 May −5 +2 June +4 +6 July −3 −4 August −9 −3 a-1. Calculate the variance and standard deviation of each stock. (Do not round intermediate calculations. Round your answers to 2 decimal places.) a-2. Which stock is the riskier if held on its own? Digital Cheese Executive Fruit b. Now calculate the returns in each month...
Here are the returns on two stocks. Digital Cheese Executive Fruit January +19 +8 February −3...
Here are the returns on two stocks. Digital Cheese Executive Fruit January +19 +8 February −3 +1 March +5 +4 April +7 +17 May −4 +2 June +3 +4 July −2 −3 August −8 −2 a-1. Calculate the variance and standard deviation of each stock. (Do not round intermediate calculations. Round your answers to 2 decimal places.) a-2. Which stock is the riskier if held on its own? Digital Cheese Executive Fruit b. Now calculate the returns in each month...
Here are the returns on two stocks. Digital Cheese Executive Fruit January +18 +7 February −2...
Here are the returns on two stocks. Digital Cheese Executive Fruit January +18 +7 February −2 +1 March +4 +3 April +6 +16 May −3 +2 June +2 +5 July −1 −2 August −7 −1 a-1. Calculate the variance and standard deviation of each stock. (Do not round intermediate calculations. Round your answers to 2 decimal places.) a-2. Which stock is the riskier if held on its own? Digital Cheese Executive Fruit b. Now calculate the returns in each month...
Monthly returns for two stocks are given below: Month 1 2 3 4 5 6 7...
Monthly returns for two stocks are given below: Month 1 2 3 4 5 6 7 8 9 10 11 12 rA 4.10% 1.12% 1.66% −0.18% −4.71% −0.60% −0.91% 1.02% 1.69% −0.51% 1.42% 2.52% rB −3.36% −1.93% −0.45% 0.34% 4.27% 8.48% 1.86% 4.10% 6.41% −5.24% −1.06% 1.40% (a) Calculate the correlation between the returns of these two stocks. Consider a portfolio of the two stocks weighted 60:40 at t = 0. (b) Calculate the returns on the rebalanced portfolio for...
Here are the expected returns and risks of two portfolios – a domestic and a foreign:...
Here are the expected returns and risks of two portfolios – a domestic and a foreign: E(r domestic) = 12% σdomestic = 10% E(r foreign) = 16%   σforeign = 12% a. Assume a correlation of 0.5 and draw all the portfolios made up of the two assets in an Expected Return/Risk graph. b. Repeat the procedure in part (a) assuming a correlation of -1, 0, and +1. c. Looking at the four graphs, what do you conclude about the importance...
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT