An increase in the frequency of the incident light.............the velocity with which photoelectron is ejected.

An increase in the frequency of the incident light increase the velocity with which photoelectron is ejected. Explain how?

Statement-1: Kinetic energy of photoelectrons increases with increases in the frequency of incident radiation Statement-2: The number of photoelectrons ejected increases with increases in intensity of incident radiation.

If the work function of a metal is 'phi' and the frequency of the incident light is 'v' , there is no emission of photoelectron if

If the work function of a metal is 'phi' and the frequency of the incident light is 'v' , there is no emission of photoelectron if

If the work function of a metal is 'phi' and the frequency of the incident light is 'v' , there is no emission of photoelectron if

What is the effect of decrease in wavelength of incident light on the velocity of photoelectrons?

If lamda_o and lamda be the threshold wavelength and wavelength of incident light , the velocity of photoelectron ejected from the metal surface is :