Question

Problem 6-05 Given: E(R1) = 0.09 E(R2) = 0.17 E(σ1) = 0.04 E(σ2) = 0.05 Calculate...

Problem 6-05

Given:

E(R1) = 0.09
E(R2) = 0.17
E(σ1) = 0.04
E(σ2) = 0.05

Calculate the expected returns and expected standard deviations of a two-stock portfolio in which Stock 1 has a weight of 60 percent under the conditions given below. Do not round intermediate calculations. Round your answers for the expected returns of a two-stock portfolio to three decimal places and answers for expected standard deviations of a two-stock portfolio to four decimal places.

  1. r1,2 = 1.00

    Expected return of a two-stock portfolio:

    Expected standard deviation of a two-stock portfolio:

  2. r1,2 = 0.70

    Expected return of a two-stock portfolio:

    Expected standard deviation of a two-stock portfolio:

  3. r1,2 = 0.20

    Expected return of a two-stock portfolio:

    Expected standard deviation of a two-stock portfolio:

  4. r1,2 = 0.00

    Expected return of a two-stock portfolio:

    Expected standard deviation of a two-stock portfolio:

  5. r1,2 = -0.20

    Expected return of a two-stock portfolio:

    Expected standard deviation of a two-stock portfolio:

  6. r1,2 = -0.70

    Expected return of a two-stock portfolio:

    Expected standard deviation of a two-stock portfolio:

  7. r1,2 = -1.00

    Expected return of a two-stock portfolio:

    Expected standard deviation of a two-stock portfolio:

Homework Answers

Answer #1

Weight of Stock 1 =60%
E(R1)=0.09
E(σ1) = 0.04

Weight of Stock 2 =40%
E(R2)=0.17
E(σ2) = 0.05

a) at r1,2 = 1.00
Expected Return =Weight of Stock 1*E(R1)+Weight of Stock 2*E(R2) =60%*0.09+40%*0.17 =0.122
Standard Deviation =((Weight of 1*E(σ1))^2+(Weight of 2*E(σ2))^2+2*Weight of 1*Weight of 2*E(σ1)*E(σ2)*r1,2)^0.5
=((60%*0.04)^2+(40%*0.05)^2+2*60%*40%*0.04*0.05*1)^0.5=0.0440

b) at r1,2 = 0.7
Expected Return =Weight of Stock 1*E(R1)+Weight of Stock 2*E(R2) =60%*0.09+40%*0.17 =0.122
Standard Deviation =((Weight of 1*E(σ1))^2+(Weight of 2*E(σ2))^2+2*Weight of 1*Weight of 2*E(σ1)*E(σ2)*r1,2)^0.5
=((60%*0.04)^2+(40%*0.05)^2+2*60%*40%*0.04*0.05*0.7)^0.5=0.04060

c) at r1,2 = 0.2
Expected Return =Weight of Stock 1*E(R1)+Weight of Stock 2*E(R2) =60%*0.09+40%*0.17 =0.122
Standard Deviation =((Weight of 1*E(σ1))^2+(Weight of 2*E(σ2))^2+2*Weight of 1*Weight of 2*E(σ1)*E(σ2)*r1,2)^0.5
=((60%*0.04)^2+(40%*0.05)^2+2*60%*40%*0.04*0.05*0.2)^0.5=0.0342

d)at r1,2 = 0
​​​​​​​ Expected Return =Weight of Stock 1*E(R1)+Weight of Stock 2*E(R2) =60%*0.09+40%*0.17 =0.122
Standard Deviation =((Weight of 1*E(σ1))^2+(Weight of 2*E(σ2))^2+2*Weight of 1*Weight of 2*E(σ1)*E(σ2)*r1,2)^0.5
=((60%*0.04)^2+(40%*0.05)^2+2*60%*40%*0.04*0.05*0)^0.5=0.0312

e) at r1,2 = -0.2
​​​​​​​ Expected Return =Weight of Stock 1*E(R1)+Weight of Stock 2*E(R2) =60%*0.09+40%*0.17 =0.122
Standard Deviation =((Weight of 1*E(σ1))^2+(Weight of 2*E(σ2))^2+2*Weight of 1*Weight of 2*E(σ1)*E(σ2)*r1,2)^0.5
=((60%*0.04)^2+(40%*0.05)^2+2*60%*40%*0.04*0.05*-0.2)^0.5=0.0280

f)at r1,2 = -0.7
​​​​​​​ Expected Return =Weight of Stock 1*E(R1)+Weight of Stock 2*E(R2) =60%*0.09+40%*0.17 =0.122
Standard Deviation =((Weight of 1*E(σ1))^2+(Weight of 2*E(σ2))^2+2*Weight of 1*Weight of 2*E(σ1)*E(σ2)*r1,2)^0.5
=((60%*0.04)^2+(40%*0.05)^2+2*60%*40%*0.04*0.05*-0.7)^0.5=0.0174

g) at r1,2 =-1
​​​​​​​ Expected Return =Weight of Stock 1*E(R1)+Weight of Stock 2*E(R2) =60%*0.09+40%*0.17 =0.122
Standard Deviation =((Weight of 1*E(σ1))^2+(Weight of 2*E(σ2))^2+2*Weight of 1*Weight of 2*E(σ1)*E(σ2)*r1,2)^0.5
=((60%*0.04)^2+(40%*0.05)^2+2*60%*40%*0.04*0.05*-1)^0.5=0.0040

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