Question

In: Finance

please do it step by step with the use of formulas , thank you.. The following...

please do it step by step with the use of formulas , thank you..


The following are monthly percentage price changes for four market indexes.
Month DJ SP500
1 0.03 0.02 2 0.07 0.06 3 −0.02 −0.01 4 0.01 0.03 5 0.05 0.04 6 −0.06 −0.04
Russ500 Nicky
0.04 0.04 0.10 −0.02 −0.04 0.07 0.03 0.02 0.11 0.02 −0.08 0.06
(17 points) Compute the following.
a. Average monthly rate of return for each index
b. Standard deviation for each index
c. Covariance between the rates of return for the following indexes:
DJ– SP 500 SP500–Russ500 SP500–Nicky Russ500–Nicky
d. The correlation coefficients for the same four combinations

Solutions

Expert Solution

Month

DJ

SP500

Russ500

Nicky

1

0.03

0.02

0.04

0.04

2

0.07

0.06

0.10

-0.02

3

-0.02

-0.01

-0.04

0.07

4

0.01

0.03

0.03

0.02

5

0.05

0.04

0.11

0.02

6

-0.06

0.04

-0.08

0.06

a) Average monthly rate of return for each index

Average monthly rate of return of DJ = (0.03+0.07-0.02+0.01+0.05-0.06)/6 = 0.0133

Average monthly rate of return of SP500 = (0.02+0.06-0.01+0.03+0.04+0.04)/6 = 0.0300

Average monthly rate of return of Russ500 = (0.04+0.10-0.04+0.03+0.11-0.08)/6 = 0.0267

Average monthly rate of return of DJ = (0.04-0.02+0.07+0.02+0.02+0.06)/6 = 0.0317

b) Standard deviation for each index

As the distribution is Sample, Stock’s Standard Deviation = √{1/(n-1)*∑(Ri-Rmean)2}

where, Ri is expected return of index i

                Rmean is arithmetic mean of return

                n is number of observation

Std dev of DJ:

Expected Return (%)R(i)

R(mean)

R(i)-R(mean)

{R(i)-R(mean)}2

0.03

0.0133

0.0167

0.00028

0.07

0.0133

0.0567

0.00321

-0.02

0.0133

-0.0333

0.00111

0.01

0.0133

-0.0033

0.00001

0.05

0.0133

0.0367

0.00134

-0.06

0.0133

-0.0733

0.00538

Stock’s Standard Deviation = Square root of{sum [{R(i)-R(mean)}2] / (n-1)} = Square root (0.0113/5) Stock’s Standard Deviation of DJ = 0.0476

Std dev of SP500:

Expected Return (%)R(i)

R(mean)

R(i)-R(mean)

{R(i)-R(mean)}2

0.02

0.0300

-0.0100

0.00010

0.06

0.0300

0.0300

0.00090

-0.01

0.0300

-0.0400

0.00160

0.03

0.0300

0.0000

0.00000

0.04

0.0300

0.0100

0.00010

0.04

0.0300

0.0100

0.00010

Stock’s Standard Deviation = Square root of sum [{R(i)-R(mean)}2] / (n-1) = Square root of (0.0028)/5 Stock’s Standard Deviation of SP500 = 0.0237

Std dev of RUSS500:

Expected Return (%)R(i)

R(mean)

R(i)-R(mean)

{R(i)-R(mean)}2

0.04

0.0267

0.0133

0.00018

0.10

0.0267

0.0733

0.00538

-0.04

0.0267

-0.0667

0.00444

0.03

0.0267

0.0033

0.00001

0.11

0.0267

0.0833

0.00694

-0.08

0.0267

-0.1067

0.01138

Stock’s Standard Deviation = Square root of sum [{R(i)-R(mean)}2] / (n-1) = Square root of (0.0283)/5 Stock’s Standard Deviation of Russ500 = 0.0753

Std dev of Nicky:

Expected Return (%)R(i)

R(mean)

R(i)-R(mean)

{R(i)-R(mean)}2

0.04

0.0317

0.0083

0.00007

-0.02

0.0317

-0.0517

0.00267

0.07

0.0317

0.0383

0.00147

0.02

0.0317

-0.0117

0.00014

0.02

0.0317

-0.0117

0.00014

0.06

0.0317

0.0283

0.00080

Stock’s Standard Deviation = Square root of sum [{R(i)-R(mean)}2] / (n-1) = Square root of (0.0053)/5 Stock’s Standard Deviation of Nicky = 0.0325

c) Covariance between the rates of return for the following indexes:

Cov (i,j) = √[1/(n-1)*∑{(Xi-Xmean)* (Yj-Ymean)}]

where, Xi is expected return of index i

               Xmean is arithmetic mean of return of index i

Yi is expected return of index j

               Ymean is arithmetic mean of return of index j

               n is number of observation

DJ– SP 500

Expected Return (%) X(i)

X(mean)

X(i) - X(mean)

Expected Return (%) Y(j)

Y(mean)

Y(j) - Y(mean)

{X(i) - X(mean)}*{Y(j) - Y(mean)}

0.03

0.0133

0.01667

0.02

0.0300

-0.01000

-0.000167

0.07

0.0133

0.05667

0.06

0.0300

0.03000

0.001700

-0.02

0.0133

-0.03333

-0.01

0.0300

-0.04000

0.001333

0.01

0.0133

-0.00333

0.03

0.0300

0.00000

0.000000

0.05

0.0133

0.03667

0.04

0.0300

0.01000

0.000367

-0.06

0.0133

-0.07333

0.04

0.0300

0.01000

-0.000733

Cov(DJ, SP500) = sum [{X(i)-X(mean)}*{Y(j)-Y(mean)}] / (n-1) = (0.0025)/5

Cov(DJ, SP500) = 0.0005

SP500–Russ500

Expected Return (%) X(i)

X(mean)

X(i) - X(mean)

Expected Return (%) Y(j)

Y(mean)

Y(j) - Y(mean)

{X(i) - X(mean)}*{Y(j) - Y(mean)}

0.02

0.0300

-0.01000

0.04

0.0267

0.01333

-0.000133

0.06

0.0300

0.03000

0.10

0.0267

0.07333

0.002200

-0.01

0.0300

-0.04000

-0.04

0.0267

-0.06667

0.002667

0.03

0.0300

0.00000

0.03

0.0267

0.00333

0.000000

0.04

0.0300

0.01000

0.11

0.0267

0.08333

0.000833

0.04

0.0300

0.01000

-0.08

0.0267

-0.10667

-0.001067

Cov(SP500–Russ500) = sum [{X(i)-X(mean)}*{Y(j)-Y(mean)}] / (n-1) = (0.0045)/5

Cov(SP500–Russ500) = 0.0009

SP500–Nicky

Expected Return (%) X(i)

X(mean)

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