Match List - I with List - II.
|
List - I |
List – II |
||
|
(A) |
Linear charge density |
(I) |
Newton (metre)2 / coulomb |
|
(B) |
Electric dipole moment |
(II) |
Coulomb / metre |
|
(C) |
Polarisation vector |
(III) |
Coulomb / (metre)2 |
|
(D) |
Electric flux |
(IV) |
Coulomb – metre |
Choose the correct answer from the options given below:
Answer & explanation
Correct answer: option 4
Linear Charge density $\lambda = \frac{Q}{L} =Coulomb / metre $
Electric dipole moment $ p = Q.L = Coulomb . metre $
Polarization Vector define as an average dipole moment, per unit volume, $ P = \frac{p}{V} = Coulomb / (metre)^2$
Electric flux $ \phi = E.A = Newton (metre)2 / coulomb$