siggenCT.m

%--------------------Instructions----------------------------%
% 1.This file is to help you to code only the core part and act as just a template.
% 2.You can modify any line of the code as you wish
% 3.It is must to Comment on the dimenstion of all variables in the 
%   code where and when necessary. 
% 4. Give the proper names for the variables
% 5.Dont take screenshot of the screen  for the record submission
%---------------------End----------------------------------------%
  % % Coder: Your name goes here

clc;
clear all; % Delete the variables in the workspace.
close all; % close all the figure windows, if any.


% % ******Generate Standard signal and plot it with proper labels****%%

%Impulse signal
t=              % define time interval (say, -10 to 10). 
del_t=         
subplot(221)
plot(t,del_t,'linewidth',1.5)
axis([]);
grid on;
xlabel('time')
ylabel('Amplitude')
title('Impulse')
%Unit step signal
t=              
u_t =           
subplot(222)
plot(t,u_t,'linewidth',1.5)
axis([]);
grid on;
xlabel('time')
ylabel('Amplitude')
title('Unit step')
% ramp
t=
r_t =   
subplot(223)
plot(t,r_t,'linewidth',1.5)
axis([]);
grid on;
xlabel('time')
ylabel('Amplitude')
title('Ramp')
%Exponential
t=
A =    % Amplitude of exponential
exp_t = 
subplot(224)
plot(t,exp_t,'linewidth',1.5)
axis([]);
grid on;
xlabel('time')
ylabel('Amplitude')
title('Exponential')
%% Generate four more signal and plot it using subplot command %%
% 1.Growing exponential, 2.damping sinusoid, 3.parabola, 4.log,