A block of mass $m$ containing a net positive charge $q$ is placed on a smooth horizontal table which terminates in a vertical wall as shown in figure. The distance of the block from the wall is d. A horizontal electric field $E$ towards right is switched on. Assuming elastic collision (if any), the time period of resulting oscillatory motion is

Q.

A block of mass m containing a net positive charge q is placed ona smooth horizontal table which terminates in a vertical wall as shown in figure (29-E2).The distance of the block from the wall is d. A horizontal electric field E towards right is switched on. Assuming elastic collisions (if any) find he time period of the resulting oscillatory motion. Is it a simple sharmonic motion?

Q. A block of mass containing a net positive charge q is placed on a smooth horizontal table which terminates in a vertical wall as shown in the figure. The distance of the block from the wall is d. A horizontal electric field E towards the right is switched on. Assuming elastic collisions (if any), find the time period of the resulting oscillatory motion. Is it a simple harmonic motion?

Q. A block of mass $m$ containing a net positive charges $q$ is placed on a smooth horizontal table which terminates in a ventricles wall as shown in figure $\left(29.E2\right)$. The distance of the block from the wall is $d$. A horizontal electric field $E$ towards right is switched on. Assuming elastic collisions $($ if any$)$ find the time periods of the resulting oscillatory motion. Is it a simple harmonic motion?

Q. A block of mass m and charge q is placed on a smooth horizontal table which terminates in a vertical wall at a distance d from the block. A horizontal electric field E towards right is switched on. Assuming elastic collision, find time period of the resulting oscillatory motion.

Q. A block of mass $1\text{kg}$ containing a net positive charge ${10}^{-10}\text{C}$ is placed on a smooth horizontal table which terminates in a vertical wall as shown in figure. The distance of the block from the wall is $2\text{m}$. A horizontal electric field ${10}^{10}\text{N/C}$ towards right is switched on. Assuming elastic collision (if any), find the time period of the resulting oscillatory motion.