In photo electric effect, why should the photoelectric current increase as the intensity of monochromatic radiation incident on a photosensitive surface is increased? Explain .

How will the stopping potential change,if frequency of radiation incident on a metal, surface is increased ?

Increase in the frequency of the incident radiations increases the

As the intensity of incident light increases

If the intensity of incident radiation in a photocell is increased, how does the stopping potential vary?

When the intensity of light incident on a photodiode increases, how is the reverse current affected?

What is the effect of intensity of incident light on the photoelectric current?

It is observed in an experiment on photoelectric effect that an increase in the intensity of the incident radiation does not change the maximum kinetic energy of the electrons. Where does the extra energy of the incident radiation go? Is it lost? State your answer with explanatory reasoning

The photoelectric work function of the emitter of a photoelectric cell is 2 eV. When the emitter is irradiated by monochromatic light of certain wavelength,the photoelectric current can just be reduced to zero by applying a stopping potential of 1.5 volt. Determine the wavelength of incident .