In the photoelectric effect,the photocurrent:

  • A
    does not depend on the frequency of the photon but depends on the intensity of the incident light.
  • B
    decreases with an increase in the frequency of the incident photon.
  • C
    increases with an increase in the frequency of the incident photon.
  • D
    depends on the intensity of the incident radiation and its frequency.

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Similar Questions

Threshold wavelength for photoelectric emission from a metal surface is $5200\,\mathring{A}$. Photoelectrons will be emitted when this surface is illuminated with monochromatic radiation from:

From the following graph of photo-current against collector plate potential,for two different intensities of light $I_{1}$ and $I_{2}$,one can conclude:

In a photoelectric experiment,if both the intensity and frequency of the incident light are doubled,then the saturation photoelectric current

Light of wavelength $4000 Å$ is incident on a sodium surface for which the threshold wavelength of photoelectrons is $5420 Å$. The work function of sodium is (in $eV$)

Assertion: The photoelectrons produced by a monochromatic light beam incident on a metal surface have a spread in their kinetic energies.
Reason: The work function of the metal is its characteristic property.

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