Electromagnetic Field Theory - Practice Test

(A) $$ abla .overrightarrow E = frac{P}{{{varepsilon _0}}}$$

(B) $$ abla .overrightarrow B = 0$$

(C) $$ abla imes overrightarrow E = - frac{{partial overrightarrow B }}{{partial t}}$$

(D) $$ abla imes overrightarrow B = {mu _0}l + mu {varepsilon _0} - frac{{partial overrightarrow E }}{{partial t}}$$

(B) $$ abla .overrightarrow B = 0$$

(A) At its maximum value

(B) At $$sqrt 2 $$ of its maximum value

(C) At $$frac{1}{2}$$ of its maximum value

(D) Zero

(D) Zero

(A) Only through the conducting region

(B) Only through the non-conducting regions

(C) Both through conducting and non-conducting regions

(D) Through the conducting regions for half a cycle and through the non-conducting regions for the next half cycle

(C) Both through conducting and non-conducting regions

(A) Are parallel to each other

(B) Are one and same

(C) Cut each other orthogonally

(D) Can be inclined to each other at any angle

(C) Cut each other orthogonally

(A) Uniform and E ≤ E 0

(B) Uniform and E ≥ E 0

(C) Varies but E < E 0 always

(D) Varies but E > E 0 always

(C) Varies but E < E 0 always

Electromagnetic Field Theory - Study Mode