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+//Book Name:Fundamentals of Electrical Engineering
+//Author:Rajendra Prasad
+//Publisher: PHI Learning Private Limited
+//Edition:Third ,2014
+
+//Ex4_19.sce.
+
+clc;
+clear;
+r1=3e-2;
+r2=6e-2;
+r3=9e-2;
+q1=9e-12;
+q2=-6e-12;
+q3=3e-12;
+d1=2e-2;
+d2=4e-2;
+d3=7e-2;
+d4=12e-2;
+epsilon_not=8.854e-12;
+a=9e9; //a=1/(4*%pi*epsilon_not);
+
+printf("\n Field strength and potentials for point a,b,c,d are ,")
+Ea=0;
+printf("\n\t Ea=%g N/C",Ea)
+Va=a*((q1/r1)+(q2/r2)+(q3/r3));
+printf("\n\t Va=%g V \n",Va)
+
+Eb=a*(q1/d2^2);
+printf("\n\t Eb=%g N/C",Eb)
+Vb=a*((q1/d2)+(q2/r2)+(q3/r3));
+printf("\n\t Vb=%g V \n",Vb)
+
+Ec=a*((q1/d3^2)+(q2/d3^2));
+printf("\n\t Ec=%1.2f N/C",Ec)
+Vc=a*((q1/d3)+(q2/d3)+(q3/r3));
+printf("\n\t Vc=%1.3f V \n",Vc)
+
+Ed=(a/d4^2)*(q1+q2+q3);
+printf("\n\t Ed=%g N/C",Ed)
+Vd=(a/d4)*(q1+q2+q3);
+printf("\n\t Vd=%g V \n",Vd)
+//There is a error in book calculation on Vc. In the book Vc=0.762 volt instead of 0.6857 volt