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//Chapter 9, Problem 3
clc;
v=15; //velocity of conductor
l=0.02; //length of conductor
A=2*2*10^-4; //area of conductor
phi=5*10^-6; //flux
Q1=%pi/2; //converting 90 degree into radian
Q2=%pi/3; //converting 60 degree into radian
Q3=%pi/6; //converting 30 degree into radian
B=phi/A; //calculating flux density
E90=B*l*v*sin(Q1); //calculating emf
E60=B*l*v*sin(Q2);
E30=B*l*v*sin(Q3);
disp("(a)");
printf("E.M.F at 90◦ =%f V\n\n",E90*1000);
disp("(b)");
printf("E.M.F at 60◦ =%f V\n\n",E60*1000);
disp("(c)");
printf("E.M.F at 30◦ =%f V\n\n",E30*1000);
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