ELECTROMAGNETIC FIELD THEORY QUIZ

 28.8 V.

 1.4 V.

 14.40 V.

 2.88 V.

Accelerated

Retarded

Neither accelerated nor retarded

Totally retarded

 voltage across the inductor.

 magnetic field.

 none of them.

 both (A) and (B).

 - 2 C/m3.

 - 8 C/m3.

 0 C/m3.

 - 4 C/m3.

 Kelvin.

 Faraday.

 all of above.

 Newton.

 potential gradient.

 (potential gradient)1/3.

 (potential gradient)1/2.

 (potential gradient)2.

 0.5 J.

 0.015 J.

 0.15 J.

 1.15 J.

 1.31 V.

 2.62 V.

 2.52 V.

 1.26 V.

The impedance of one is equal to that of the other

None of these

The impedance of one is the complex conjugate of the other

The impedance of one of the networks is half that of the other

 It is zero for the magnetic flux density.

 Both are zero.

 It is zero for the electric flux density.

 These are zero for static densities but non zero for time varying densities.