The number of electrons, which are ejected, gets increased when the intensity of

Question

The number of electrons, which are ejected, gets increased when the intensity of both colored lights are the same.
The number of photons remains constant when you decrease the intensity of blue light.
The energy of each photon becomes increased.
The maximum kinetic energy of the ejected electrons remains constant.
There will be no change in the number of electrons being ejected. The number of electrons, which are ejected, gets increased when the intensity of both colored lights are the same. The number of photons remains constant when you decrease the intensity of blue light. The energy of each photon becomes increased. The maximum kinetic energy of the ejected electrons remains constant. There will be no change in the number of electrons being ejected. The number of electrons, which are ejected, gets increased when the intensity of both colored lights are the same.
The number of photons remains constant when you decrease the intensity of blue light.
The energy of each photon becomes increased.
The maximum kinetic energy of the ejected electrons remains constant.
There will be no change in the number of electrons being ejected.

Explanation / Answer

The energy of each photon becomes increased.

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