A solid spherical conductor has a conical hole made at one end, ending in a point B, and a small conicalprojection of the same shape and size at the opposite side, ending in a point A. A cross-section throughthe centre of the conductor is shown in the figure on the right.[TIFR 2014]AIf now, a positive charge Q is transferred to the sphere, then(a) The charge density at both A and B will be undefined.(b) The charge density at A will be the same as the charge density at B.(c) The charge density at A will be more than the charge density at B.(d) The charge density at B will be more than the charge density at A.

A solid spherical conductor has a conical hole made at one end, ending in a point B, and a small conical projection of the same shape and size at the opposite side, ending in a point A. A cross-section through the centre of the conductor is shown in the figure on the right. If now, a positive charge Q is transferred to the sphere, then (a) The charge density at both A and B will be undefined. (b) The charge density at A will be the same as the charge density at B. (c) The charge density at A will be more than the charge density at B. (TIFR 2014] в (d) The charge density at B will be more than the charge density at A.

A solid spherical conductor has a conical hole made at one end, ending in a point B, and a small conical projection of the same shape and size at the opposite side, ending in a point A. A cross-section through the centre of the conductor is shown in the figure on the right. If now, a positive charge Q is transferred to the sphere, then (a) The charge density at both A and B will be undefined. (b) The charge density at A will be the same as the charge density at B. (c) The charge density at A will be more than the charge density at B. (TIFR 2014] в (d) The charge density at B will be more than the charge density at A.

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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Electric Charges and Fields

One of the fundamental properties is the electromagnetic property. Charge cannot be destroyed by any process and this contributes formally to the law of charge conservation.

Question

A solid spherical conductor has a conical hole made at one end, ending in a point B, and a small conical
projection of the same shape and size at the opposite side, ending in a point A. A cross-section through
the centre of the conductor is shown in the figure on the right.
[TIFR 2014]
A
If now, a positive charge Q is transferred to the sphere, then
(a) The charge density at both A and B will be undefined.
(b) The charge density at A will be the same as the charge density at B.
(c) The charge density at A will be more than the charge density at B.
(d) The charge density at B will be more than the charge density at A.

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