Question

In: Finance

Portfolio revisions using swaps contracts Portfolio A has $65 million in stock and $45 million in...

Portfolio revisions using swaps contracts

Portfolio A has $65 million in stock and $45 million in bonds.

Portfolio B has $40 million in stock and $70 million in bonds.

Portfolio manager A makes a swap with portfolio manager B to exchange stock for bonds with a notional principal of $25 million.

Year-end returns are as follows.

Stock return         4%                   Bond return            6%

A. Show the asset allocation for each portfolio before the swap here; Identify as A or B.

Portfolio A

Portfolio B

Dollars

Weights

Dollars

Weights

Stock

Bonds

Total

B. Show the asset allocation for each portfolio after the swap here; Identify as A or B.

Portfolio A

Portfolio B

Dollars

Weights

Dollars

Weights

Stock

Bonds

Total

C. Show the year-end results without the swap for portfolio A here.

Portfolio A

Portfolio B

Return=

Return=

Which portfolio performed better?

D. Show the year-end results for portfolio A with the swap here.

Portfolio A

Portfolio B

Return=

Return=

Which portfolio performed better?

E. Does portfolio manager A gain or lose from this swap and show the dollar amount here.

Show the same results for the year-end values for portfolio B.

Solutions

Expert Solution

Part A:

Asset allocation before the swap

Portfolio A

Stocks: $ 65 m  Bonds: $ 45 m

Total Value of portfolio A = 65 + 45 = $ 110 mn

Portfolio B

Stocks: $ 40 mn  Bonds: $ 70 mn

Total assets = 40 + 70 = $ 110 mn

A Weights Dollars
Stock            65/110 = 0.59 or 59% $ 65 m
Bonds            45/110 = 0.41 or 41% $ 45 m
B Weights Dollars
Stock          40/110 = 0.36 or 36% $ 40 m
Bonds        70/110 = 0.64 or 64% $ 70 m

Part B Swap part  25M is swapped in A stock to B bonds

Portfolio A Stocks : 65 - 25 = $ 40m Bond - 45 + 25 = $ 70 m

Portfolio B Stocks : 40+25 = $ 65 m Bonds : 70-25 = $ 45 m

A Weights Dollars
Stock   40/110 = 0.36 or 36% $40 m
Bonds   70/110 = 0.64 or 64% $70 m
B Weights Dollars
Stock   65/110 = 0.59 or 59% $ 65 mn
Bonds   45/110 = 0.41 or 41% $ 45 mn


part C:  Year end result without swap For Portfolio A

Stock return = 4% Bond return = 6%

Formula Return = stock return * weightage + bond return * weightage

Return Portfolio A =((4%*65) + (6% * 45))/(45+65)

= (2.6+2.7) /110 = 0.048 or 4.8%

Return Portfolio B Stock return = 4% Bond return = 6%

=((4%*40)+(6%*70))/(40+70)

= (1.6+4.2)/110 = 0.052 or 5.2%

Portfolio A Return = 4.8%
Portfolio B Return = 5.2%

Part D:

Portfolio A Return= ((4%*40)+(6%*70))/(40+70)=(1.6+4.2)/110 =5.2%
Portfolio B Return = ((4%*65) + (6%*45))/(45+65) = (2.6+2.7)/110=4.8%

Related Solutions

Portfolio A has $65 million in stock and $45 million in bonds. Portfolio B has $40...
Portfolio A has $65 million in stock and $45 million in bonds. Portfolio B has $40 million in stock and $70 million in bonds. Portfolio manager A makes a swap with portfolio manager B to exchange stock for bonds with a notional principal of $25 million. Year-end returns are as follows. Stock return         4%                   Bond return            6% A. Show the asset allocation for each portfolio before the swap here; Identify as A or B. Portfolio A Portfolio B Dollars Weights...
A company has a $36 million stock portfolio with a beta of 2. The portfolio is...
A company has a $36 million stock portfolio with a beta of 2. The portfolio is very highly correlated with the S&P 500 index. The futures price for a contract written on the S&P 500 index is 2500. One futures contract is for delivery of 50 times the index value. What futures trade is necessary to reduce the beta of the combined stock portfolio and futures position to 0.9?
A company has a $36 million stock portfolio with a beta of 1.2. The portfolio is...
A company has a $36 million stock portfolio with a beta of 1.2. The portfolio is very highly correlated with the S&P 500 index. The futures price for a contract written on the S&P 500 index is 2500. one futures contract is for delivery of 50 times the index value. What futures trade is necessary to reduce the beta of the combined stock portfolio and futures position to 0.9?
A portfolio manager has a $10 million portfolio, which consists of $1 million invested in stock...
A portfolio manager has a $10 million portfolio, which consists of $1 million invested in stock X and $2million invested in stock Y seperate stocks. Stock X has a beta of 0.9 where as stock Y has a beta of 1.3. The risk-free rate is 5% and the market risk premium is 6%. a. Calculate portfolio's beta b. Calculate stock X and stock Y required returns. c. Calculate portfolio's required return. d. Calculate portfolio's required rate of return if risk...
The standard deviation of the market-index portfolio is 45%. Stock A has a beta of 1.20...
The standard deviation of the market-index portfolio is 45%. Stock A has a beta of 1.20 and a residual standard deviation of 55%. a. Calculate the total variance for an increase of 0.20 in its beta. (Do not round intermediate calculations. Round your answer to 4 decimal places.) b. Calculate the total variance for an increase of 8.86% in its residual standard deviation. (Do not round intermediate calculations. Round your answer to 4 decimal places.) I got .6994 for both...
A ?rm’s stock sells at $50. The stock price will be either $65 or $45 three...
A ?rm’s stock sells at $50. The stock price will be either $65 or $45 three months from now. Assume the 3-month risk-free rate is 1%. a. What is the price of a European call with a strike price of $50 and a maturity of three months? b. What is the price of a European call with a strike price of $55 and a maturity of three months? c. What is the price of a European put with a strike...
In early March an insurance company portfolio manager has a stock portfolio of $500 million with...
In early March an insurance company portfolio manager has a stock portfolio of $500 million with a portfolio beta of 1.20. The portfolio manager plans on selling the stocks in the portfolio in June to be able to pay out funds to policyholders for annuities, and is worried about a fall in the stock market. In April, the CME Group S&P 500 mini= Futures contract index is 2545 for a June futures contract ($50 multiplier for this contract). Suppose in...
1. a. A portfolio is invested 15 percent in Stock G, 65 percent in Stock J,...
1. a. A portfolio is invested 15 percent in Stock G, 65 percent in Stock J, and 20 percent in Stock K. The expected returns on these stocks are 10 percent, 20 percent, and 25 percent, respectively. What is the portfolio's expected return? 20.28% 19.50% 18.52% 20.48% 14.67% b. Consider the following information:    Rate of Return if State Occurs State of Economy Probability of State of Economy Stock A Stock B Stock C Boom 0.64 0.09 0.31 0.05 Bust...
There are 2 stocks in your portfolio. You own 65% of Stock A and 35% of...
There are 2 stocks in your portfolio. You own 65% of Stock A and 35% of stock B. The expected returns on each stock with the probability of those returns are: State of the Economy Probability Stock A Stock B Recession 30% -15 -6 Normal 45% +12 + 8 Boom 25% +30 +19 What is the variance of each stock? What is the standard deviation of each stock? What is the expected return of each stock and the expected return...
You decide to invest in a portfolio consisting of 34 percent Stock A, 45 percent Stock...
You decide to invest in a portfolio consisting of 34 percent Stock A, 45 percent Stock B, and the remainder in Stock C. Based on the following information, what is the variance of your portfolio? State of Economy Probability of State Return if State Occurs of Economy Stock A Stock B Stock C Recession .112 − 9.90% − 3.30% − 12.30% Normal .661 9.20% 10.62% 16.70% Boom .227 21.51% 25.03% 29.73%
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT