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+//Example 5_6 page no:196
+clc
+V=50;
+R=10;//resistance in ohm
+L=0.5;//inductance in henry
+C=10*10^-6//capacitance in farad
+f=50//frequency in Hz
+Xc=1/(2*3.14*f*C)
+Xl=2*3.14*f*L
+Z=sqrt(R^2+(Xl-Xc)^2)
+disp(Z,"the impedence is (in ohm)")
+I=V/Z
+disp(I,"current is (in A)")
+angle=atand((Xl-Xc)/R)
+disp(angle,"the phase angle is (in degree)")
+Vr=I*R
+disp(Vr,"voltage across resistor is (in volt)")
+Vc=I*Xc
+disp(Vc,"voltage across capacitive reactance is (in volt)")//current is round of to 0.3A in our case it is 0.309 so the result is more approximated in textbook
+disp("in textbook the current is roundoff so the voltage is more approximated")
+Vl=I*Xl
+disp(Vl,"voltage across inductive reactance is (in volt)")//current is round of to 0.3 in our case it is 0.309 so the result is more approximated in textbook
+disp("in textbook the current is roundoff so the voltage is more approximated")