(D) $1$. By definition,an earthed conductor always has a potential of $0 \ V$. Therefore,statement $(B)$ is true.$2$. When a charged object $A$ is pla

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(D) $1$. By definition,an earthed conductor always has a potential of $0 \ V$. Therefore,statement $(B)$ is true.$2$. When a charged object $A$ is placed near another conductor $B$,the electric field of $A$ induces charges on $B$. Due to the presence of the electric field of $A$,the charge on $A$ will be attracted towards the side facing $B$,causing the charge distribution on $A$ to become non-uniform. Therefore,statement $(D)$ is true.$3$. Since statement $(B)$ and $(D)$ are correct,the correct option is $(D)$.

Class 12 Physics Electric Potential and Capacitance Conductor, Electrostatic Shielding, Induced Charge and Charge Redistribution on conductor

Medium

Two spheres $A$ and $B$ are kept very near to each other. $A$ is negatively charged and $B$ is earthed. The true statement is:
$(A)$ Charge on $B$ is zero
$(B)$ Potential at $B$ is zero
$(C)$ Charge is uniformly distributed on $A$
$(D)$ Charge is non-uniformly distributed on $A$

A
$A$ and $C$
B
$A$ and $D$
C
$B$ and $C$
D
$B$ and $D$

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Class 12 Questions

Class 12

Physics Questions

Chapter

Electric Potential and Capacitance

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Conductor, Electrostatic Shielding, Induced Charge and Charge Redistribution on conductor

Is the induced charge on the surface of a metal or inside it?

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Two metallic concentric shells are shown. Before closing the switch,the charge on the inner shell is $Q$ and the charge on the outer shell is $2Q$. The potential at point $A$ is $V$. What will be the potential at the same point after closing the switch?

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$A$ and $B$ are two concentric conducting spherical shells. $A$ is given a positive charge $+Q$ while $B$ is earthed. Then:

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For the situation shown in the figure,mark the correct statement. $A$ point charge $q$ is placed at a distance $d$ from the surface of a neutral hollow conductor of radius $R$.

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$A$ charged spherical conductor of radius $R$ is connected momentarily to another uncharged spherical conductor of radius $r$ by means of a thin conducting wire. Then,the ratio of the surface charge density of the first to the second conductor is:

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Two spheres $A$ and $B$ are kept very near to each other. $A$ is negatively charged and $B$ is earthed. The true statement is:$(A)$ Charge on $B$ is zero$(B)$ Potential at $B$ is zero$(C)$ Charge is uniformly distributed on $A$$(D)$ Charge is non-uniformly distributed on $A$

Similar Questions

Is the induced charge on the surface of a metal or inside it?

Two metallic concentric shells are shown. Before closing the switch,the charge on the inner shell is $Q$ and the charge on the outer shell is $2Q$. The potential at point $A$ is $V$. What will be the potential at the same point after closing the switch?

$A$ and $B$ are two concentric conducting spherical shells. $A$ is given a positive charge $+Q$ while $B$ is earthed. Then:

For the situation shown in the figure,mark the correct statement. $A$ point charge $q$ is placed at a distance $d$ from the surface of a neutral hollow conductor of radius $R$.

$A$ charged spherical conductor of radius $R$ is connected momentarily to another uncharged spherical conductor of radius $r$ by means of a thin conducting wire. Then,the ratio of the surface charge density of the first to the second conductor is:

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Two spheres $A$ and $B$ are kept very near to each other. $A$ is negatively charged and $B$ is earthed. The true statement is:
$(A)$ Charge on $B$ is zero
$(B)$ Potential at $B$ is zero
$(C)$ Charge is uniformly distributed on $A$
$(D)$ Charge is non-uniformly distributed on $A$