In: Finance
c. The correlation coefficient between the returns of FC and MC.
d. If FC and MC are combined into a portfolio with 50 percent of the funds invested in each stock, calculate the expected return on the portfolio.
(multi-part question)
Calculation of Expected return of FC:
Expected return of FC= Return of all years/No.of years
= -7%+16%+24%/3
= 33%/3
= 11%
Expected return of MC = 10%+12%+26%/3
= 48%/3
= 16%
Calculation of Standard deviation of FC:
Return | Return-Expected return | Variance |
-7% | -7%-11%=-18% or -0.18 | (-0.18)^2=0.0324 |
16% | 16%-11%=5% or 0.05 | (0.05)^2=0.0025 |
24% | 24%-11% = 13% or 0.13 | (0.13)^2 =0.0169 |
Variance | 0.0518 |
Standard deviation= Square root of Variance
= Square root of 0.0518
= 0.2276 or 22.76%
Calculation of Standard deviation of MC:
Return | Return-Expected return | Variance |
10% | 10%-16%=-6% or -0.06 | (-0.06)^2=0.0036 |
12% | 12%-16%=-4% or -0.04 | (-0.04)^2= 0.0016 |
26% | 26%-16%= 10% or 0.1 | (0.1)^2 = 0.01 |
Variance | 0.0152 |
Standard deviation= Square root of 0.0152
=0.1233 or 12.33%
Calculation of covariance of FC and MC:
Return-Expected return of FC (1) | Return-Expected return of MC (2) | Covariance (3) (1*2) |
-0.18 | -0.06 | 0.0108 |
0.05 | -0.04 | -0.002 |
0.13 | 0.1 | 0.013 |
Covariance | 0.0218 |
Correlation coefficient between FC and MC = Covariance/std devia of FC*std devia of MC
= 0.0218/0.2276*0.1233
= 0.0218/0.0281
= 0.7758 or 77.58%
d: Calculation of Expected return of portfolio:
Stock | Probability (1) | Return (2) | Expected return (3) (1*2) |
FC | 0.5 | 11% | 5.5% |
MC | 0.5 | 16% | 8% |
Expected return | 13.5% |