each with the same momentum and the same energy. The rate at which photons fall on the ball is n. the linear acceleration of the ball is

Sahay Sir > Question Answers > each with the same momentum and the same energy. The rate at which photons fall on the ball is n. the linear acceleration of the ball is
A homogeneous ball (mass=m) of ideal black material at rest is illuminated with a radiation having a set of photons (wavelength=λ), each with the same momentum and the same energy. The rate at which photons fall on the ball is n. the linear acceleration of the ball is
04
Jun
A homogeneous ball (mass=m) of ideal black material at rest is illuminated with a radiation having a set of photons (wavelength=λ), each with the same momentum and the same energy. The rate at which photons fall on the ball is n. the linear acceleration of the ball is A homogeneous ball (mass=m) of ideal black [...]
Posted in: Cengage JEE Mains Physics by B.M Sharma , Chapter 28 - Dual Nature of Radiation and Matter ,
Tags: A homogeneous ball (mass=m) of ideal black material at rest is illuminated with a radiation having a set of photons (wavelength=λ) , each with the same momentum and the same energy. The rate at which photons fall on the ball is n. the linear acceleration of the ball is ,