Generating a Temperature 1D Series

clc
clear
L=10;
for i=1:L;
    t(i)=1.2*randn;
end
for i=1:L;
    T(i)=t(i)+273;
end
plot(T)
title('Temperature Vs Number of Readings')
grid on
xlabel('Number of Readings of Temperature')
ylabel('Temperature (K)')

Studying the Ideal Gas Equation in a 2D Plane

clc
clear
M=10;
R=8.314;
for j=1:M;
for i=1:M;
v(i,j)=100000*rand(1,1);
t(i,j)=randn+20;
T(i,j)=t(i,j)+273;
p(i,j)=(R*T(i,j))/v(i,j);
end
end
plot(p(:,3))
grid on
figure(1)
xlabel('Volume Axis')
ylabel('Pressure Axis')
Title('Pressure at Plane Y=3')
figure(2)
surf(p)
xlabel('X Axis')
ylabel('Y Axis')
Zlabel('Pressure Axis')
Title('Pressure Visulization in an XY Plane')
pause
close all

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