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+clc;
+// After deriving the expression
+a=0.1; // side of square coil
+N=100; // number of turns
+n=1000; // speed of rotation on rpm
+B=1; // flux density of a uniform magnetic field
+disp('case a');
+theta=90; // angle of coil with the field
+w=(2*%pi*n)/60; // angular speed of coil in rad/s
+e=N*B*a^2*w*cos(theta*(%pi/180));
+printf('Emf induced in coil is %f V\n',e);
+disp('case b');
+theta=30; // angle of coil with the field
+w=(2*%pi*n)/60; // angular speed of coil in rad/s
+e=N*B*a^2*w*cos(theta*(%pi/180));
+printf('Emf induced in coil is %f V\n',e);
+disp('case c');
+theta=0; // angle of coil with the field
+w=(2*%pi*n)/60; // angular speed of coil in rad/s
+e=N*B*a^2*w*cos(theta*(%pi/180));
+printf('Emf induced in coil is %f V\n',e);