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**Subject Mathematics MATLAB for Mathematics**

See Question.pdf

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% 1. Generate 100 (ideally 10,000 or more) 3 month long price paths for a stock with initial price $50, expected annual

% return r = 10% (=0.1) and annual volatility = 30%. Assume that there are 21 trading days in a month.

% Clearing memory and screen

clear;

clc;

s=50; %Stock's price now

mu=0.1; %Annual return rate

dt=1/252; %Time increment in years

sigma=0.3; %Annual volatility (risk)

C=[]; %The matrix in which each row will hold a price path

%We are creating 20000 3 month long price paths

for q=1:20000

M=[];...

% return r = 10% (=0.1) and annual volatility = 30%. Assume that there are 21 trading days in a month.

% Clearing memory and screen

clear;

clc;

s=50; %Stock's price now

mu=0.1; %Annual return rate

dt=1/252; %Time increment in years

sigma=0.3; %Annual volatility (risk)

C=[]; %The matrix in which each row will hold a price path

%We are creating 20000 3 month long price paths

for q=1:20000

M=[];...

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