Which of the following statements regarding the photoelectric effect is FALSE? Group of answer choices If you hit the surface with enough photons, no matter their frequency, you can eventually get an electron to be ejected. If a photon has more energy than is necessary, the electrons will gain speed. The photoelectric effect leads to the conclusion that light comes in packets, which we call photons. Any photon with a frequency greater than the threshold frequency can kick an electron out of a surface atom.

Photoelectric effect refers to the emission of electrons from a clean metal surface when the surface is irradiated with light of appropriate frequency or wavelength.

The minimum frequency required for photoelectric effect to occur is called the threshold frequency. Below the threshold frequency, no photoelectron is emitted from the metal surface. The intensity of the photo electrons does not affect the kinetic energy of the emitted photo electrons

aliasger2709 aliasger2709 · Answer 2 · 2021-12-08T08:01:19+01:00

When electromagnetic radiation like light collides with a matter or a surface than the released electrons are called photoelectrons and the consequence is called the photoelectric effect.

The correct answer is:

Option A. If you hit the surface with enough photons, no matter their frequency, you can eventually get an electron to be ejected.

This can be explained as:

The least quantity of energy needed to stimulate and eject an electron is called threshold energy.

Under this frequency, no electrons get discharged.

The kinetic energy of the ejected photoelectrons is not influenced by the frequency of photoelectrons.

Therefore, this statement is false. A specific amount of frequency is required for an electron to get emitted.

To learn more about the photoelectric effect follow the link:

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