The number of ejected photoelectrons increases with increase.

Explanation

The correct answer is that the number of ejected photoelectrons increases with an increase in the intensity of light. In the photoelectric effect, the intensity of light is proportional to the number of photons hitting a surface per unit time. Therefore, higher intensity means more photons are available to eject more photoelectrons. While frequency and wavelength affect the energy per photon and the ability to eject photoelectrons, they do not directly influence the number of electrons ejected. Thus, increasing the intensity leads to more ejected photoelectrons, assuming the frequency is above the threshold required to overcome the material's work function.