close all;
clc;
%% Solve the 2nd order differential equation y''-2y'-3y=3*t^2+4*t-5
%% y' can be represented using 'D' or diff and y'' can be represented using 'D2y'
%% For 2nd order differential equation provide 2 initial condition
y=dsolve('D2y-2*Dy-3*y=3*t^2+4*t-5','y(0)=1','Dy(0)=2','t')
%% Make Y pretty
pretty(y)
%% Plot the expression at diffrent value of x
%% ezplot-> y is a function with respect to x
%% only plot --> x and y has some values
ezplot(y,[0 50])
clc;
%% Solve the 2nd order differential equation y''-2y'-3y=3*t^2+4*t-5
%% y' can be represented using 'D' or diff and y'' can be represented using 'D2y'
%% For 2nd order differential equation provide 2 initial condition
y=dsolve('D2y-2*Dy-3*y=3*t^2+4*t-5','y(0)=1','Dy(0)=2','t')
%% Make Y pretty
pretty(y)
%% Plot the expression at diffrent value of x
%% ezplot-> y is a function with respect to x
%% only plot --> x and y has some values
ezplot(y,[0 50])
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