In: Finance
You are given the following information regarding prices for a sample of stocks.
PRICE | ||||||
Stock | Number of Shares | T | T + 1 | |||
A | 2,700,000 | $64 | $78 | |||
B | 14,000,000 | 26 | 41 | |||
C | 26,000,000 | 22 | 28 |
Construct an equal-weighted index by assuming $1,000 is invested in each stock. What is the percentage change in wealth for this portfolio? Do not round intermediate calculations. Round your answer to two decimal places.
%
Compute the percentage of price change for each of the stocks. Do not round intermediate calculations. Round your answers to two decimal places.
Stock A: %
Stock B: %
Stock C: %
Compute the arithmetic mean of these percentage changes. Do not round intermediate calculations. Round your answer to two decimal places.
%
Compute the geometric mean of the percentage changes in Part b. Do not round intermediate calculations. Round your answer to two decimal places.
%
Answers:
a)
Stock |
Price |
Amount Invested |
No. of Shares |
Value of T+1 |
|
T |
T+1 |
||||
A |
$64 |
$78 |
$1,000 |
15.625 |
$1,218.75 |
B |
$26 |
$41 |
$1,000 |
38.461 |
$1,576.92 |
C |
$22 |
$28 |
$1,000 |
45.45 |
$1,272.72 |
Total |
$3,000 |
Total |
4,068.40 |
No. of Shares calculation:
Amount Invested(A) = $1000/$64 = 15.625
Amount Invested(B) = $1000/$26 = 38.461
Amount Invested(C) = $1000/$22 = 45.45
Change of Wealth = 4,068.40 – 3,000/3,000 = 0.356 = 35.6%
Hence, percentage change of wealth is 35.6%
b)
Stock |
Price |
Change % |
|
T |
T+1 |
||
A |
$64 |
$78 |
21.875 |
B |
$26 |
$41 |
57.69 |
C |
$22 |
$28 |
27.27 |
For Stock A = $78 -$64/$64 = 21.875%
For Stock B = $41 -$26/$26 = 57.69%
For Stock C = $28 -$22/$22 = 27.27%
Arithmetic Mean = Sum of % Changes in all Stocks/No. of Stocks
= 21.875% +57.69% +27.27%/ 3 = 35.61%
c)
Stock |
Price |
Change % |
|
T |
T+1 |
||
A |
$64 |
$78 |
21.875 |
B |
$26 |
$41 |
57.69 |
C |
$22 |
$28 |
27.27 |
Geometric Mean = [(1+Ra)*(1+Rb)*(1+Rc)] ^(1/No. of Stock) – 1
= (1+21.875%) * (1+57.69%) * (1+27.27%) ^ (1/3) – 1
= 2.4459^ (1/3) – 1
= 0.347347 = 34.73%