The relation between electric field vector vec E the displacement vector vec D and the polarization vector vec P for a dielectric placed in electric field vec E is given by

Question

The relation between electric field vector vec E the displacement vector vec D and the polarization vector vec P for a dielectric placed in electric field vec E is given by (A)  vec P =ε0 vec E + vec D  (B)  vec P = vec D + vec E  (C)  vec D =ε0 vec E + vec P  (D)  vec E = vec D + vec P

Tardigrade Admin · Accepted Answer

The relation between electric field vector vecE, the displacement vector vecD and the polarization vector vecP for a dielectric placed in electric field vecE, is given by vecD=ε 0 vecE+ vecP

Q. The relation between electric field vector $E$ the displacement vector $D$ and the polarization vector $P$ for a dielectric placed in electric field $E$ is given by

$P = ε_{0} E + D$

$P = D + E$

$D = ε_{0} E + P$

$E = D + P$

The relation between electric field vector $E,$ the displacement vector $D$ and the polarization vector $P$ for a dielectric placed in electric field $E,$ is given by $D = ε_{0} E + P$

Q. The relation between electric field vector E the displacement vector D and the polarization vector P for a dielectric placed in electric field E is given by

P=ε0​E+D

P=D+E

D=ε0​E+P

E=D+P