Assertion:A point charge `q` is placed near an arbitary shaped solid conductor as shown in figures.The potential difference between the points `A` and `B` within the conductor remain same irrespectively of the magnitude of charge `q`
Reason: The electric field inside a solid conductor is zero under electrostatic conditions

Assertion:A point charge q is placed near an arbitrary shaped solid conductor as shown in figures.The potential difference between the points A and B within the conductor remain same irrespective of the magnitude of charge q Reason: The electric field inside a solid conductor is zero under electrostatic conditions

Assertion:A point charge q is placed near an arbitrary shaped solid conductor as shown in figures.The potential difference between the points A and B within the conductor remain same irrespective of the magnitude of charge q Reason: The electric field inside a solid conductor is zero under electrostatic conditions

What is the potential difference between the surface and interior point of charged conductor?

Self energy of solid sphere | Energy density of electric field | Conductors: properties under electrostatic condition

A point charge Q is placed at point O as shown in the figure. is the potential difference V_A - V_B positive, negative or zero if Q is postive or negative?

Asseration: A point charge q is placed at centre of spherical cavity inside a spherical conductor as shown. Another point charge Q is placed outside the conductor as shown. Now as the point charge Q is pushed away from conductor, the potential difference (V_(A) - V_(B)) between two points A and B within the cavity of sphere remains constant. Reason: The electric field due to charges on outer surface of conductor and outside the conductor is zero at all points inside teh conductor.

Assertion: A charge conductor may have charged particle inside it Reason: There can't exist electric field lines inside the couductor.

Why electric intensity at any point inside a charged conductor is zero?