Practical 1

Cartesian to cylindrical

clc; close all;
clear all; X=input('x ni');
Y=input('y ni');
Z=input('z ni');
rho=sqrt(X^X+Y^Y) phi=atand(Y/X);
Z=Z
---------------------------
Cylindercal to cartesian

clc; close all;
clear all; rho=input('rho ni');
phi=input('fi ni');
Z=input('Z ni');
X=(rho*cosd(phi));
Y=(rho*sind(phi)) ;
Z=Z

___________________________

Cartesian to spherical


clc; close all; clear all;
X=input('x ni');
Y=input('y ni');
Z=input('z ni');
R=sqrt(X*X+Y*Y+Z*Z)
theta=(acosd(Z/R))
phi=(atand(Y/X))

______________________
Sperical to cartigen

clc;
close all;
clear all;
R=input('R ni');
theta=input('theta ni');
phi=input('phi ni'); X=(R*sind(theta)*cosd(phi)) Y=(R*sind(theta)*sind(phi)); Z=(R*cosd(theta))

_______________________
Cylindrical to spherical

clc;
close all;
clear all;
rho=input('rho ni');
phi=input('phi ni');
z=input('z ni');
x=rho*cosd(phi)
y=rho*sind(phi)
z=z
r=sqrt(x*x+y*y+z*z)
theta=acosd(z/r)
phi=atand(y/x)

__________________

Spherical to cylindrical


clc;
close all;
clear all;
r=input('r ni');
theta=input('theta ni');
phi=input('phi ni');
 rho=(r*sind(phi))
theta=theta
Z=(r*cosd(phi));