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+// Scilab code Ex5.7:Pg 152 (2008)

+clc; clear;

+l = 0.22;                                 // Effective length of conductor, m

+B = 0.35;                               // Flux density, T

+I = 3;                                  // Current, A

+theta = (%pi/2);                        // Angle, degrees

+// Since the force exerted on the conductor placed in magnetic field is directly proportional to the flux density , the value of current flowing through the conductor, and the length of conductor lying inside the field, therefore

+F = B*I*l*sin(theta);                   // Force, N

+printf("\nThe force exerted on the conductor = %5.3f N", F);

+

+// Result

+// The force exerted on the conductor = 0.231 N