Assertion: A small metal ball is suspended in a uniform magnetic field with the help of an isulated thread. When a high energy `X` rays beam falls on the ball. Then the ball will be defected in the direction of electric field.
Reason: The ball will oscillate in the field.

A small metal ball is suspended in a uniform electric field with the help of an insulated thread. If high energy X-ray beam falls on it,

A small metal ball is suspended in a uniform electric field with the help of an insulated thread. If high energy X-ray beam fall on it

A small metal ball is suspended in a uniform electric field with the help of an insulated thread. If high energy X-ray beam falls on the ball, the ball will be deflected in the direction of the field.

A small metal ball is suspended in a uniform electric field with the help of an insulated thread. If high energy X-ray beam falls on the ball, the ball will be deflected in the direction of the field.

(A): A small metal ball is suspended in a uniform electric field with an insulated thread. If high energy X-ray beam falls on the ball, the ball will be deflected in the electric field. (R ): X-rays emits photoelectron and metal becomes negatively charged.

(A): A small metal ball is suspended in a uniform electric field with an insulated thread. If high energy X-ray beam falls on the ball, the ball will be deflected in the electric field. (R ): X-rays emits photoelectron and metal becomes negatively charged.

Statement-1: A small metal ball is suspended in a uniform electric field with an insulated thread. If high energy X-rays beam falls on the ball, the ball will be declected in the electric field. Statement-2: X-rays emit photoelectrons and metal and metal becomes negatively charged.