The charge given to any conductor resides on its outer surface, because
The charge given to any conductor resides on its outer surface, because
- A
The free charge tends to be in its minimum potential energy state
- B
The free charge tends to be in its minimum kinetic energy state
- C
The free charge tends to be in its maximum potential energy state
- D
The free charge tends to be in its maximum kinetic energy state
Similar Questions
Electrostatic potential energy of given system will be
Electrostatic potential energy of given system will be
A point charge $2 \times 10^{-2}\,C$ is moved from $P$ to $S$ in a uniform electric field of $30\,NC ^{-1}$ directed along positive $x$-axis. If coordinates of $P$ and $S$ are $(1,2$, $0) m$ and $(0,0,0) m$ respectively, the work done by electric field will be $.........\,mJ$
- [JEE MAIN 2023]
Two charges ${q_1}$ and ${q_2}$ are placed $30\,\,cm$ apart, shown in the figure. A third charge ${q_3}$ is moved along the arc of a circle of radius $40\,cm$ from $C$ to $D$. The change in the potential energy of the system is $\frac{{{q_3}}}{{4\pi {\varepsilon _0}}}k$, where $k$ is
Two charges ${q_1}$ and ${q_2}$ are placed $30\,\,cm$ apart, shown in the figure. A third charge ${q_3}$ is moved along the arc of a circle of radius $40\,cm$ from $C$ to $D$. The change in the potential energy of the system is $\frac{{{q_3}}}{{4\pi {\varepsilon _0}}}k$, where $k$ is
- [AIPMT 2005]
A charged particle $q$ is shot towards another charged particle $Q$ which is fixed, with a speed $v$. It approaches $Q$ upto a closest distance $r$ and then returns. If $q$ were given a speed $2v$, the closest distances of approach would be
A charged particle $q$ is shot towards another charged particle $Q$ which is fixed, with a speed $v$. It approaches $Q$ upto a closest distance $r$ and then returns. If $q$ were given a speed $2v$, the closest distances of approach would be
- [AIEEE 2004]
If a charge is shifted from a low potential region to high potential region, the electric potential energy
If a charge is shifted from a low potential region to high potential region, the electric potential energy