How does photoelectric effect support wave theory?

How does photoelectric effect support wave theory?

If the intensity of the light rays is increased then we could have a greater number of electrons emitting from the surface of the metal but by increasing the frequency increases the average energy of each electron that is emitted. This supports the fact that light is made up of particles.

Does the photoelectric effect support wave particle duality?

Einstein explained the photoelectric effect by describing light as composed of discrete particles. Study of the photoelectric effect led to important steps in understanding the quantum nature of light and electrons, which would eventually lead to the concept of wave-particle duality.

Does photoelectric effect support wave nature?

But according to the wave nature of light, the kinetic energy of radiation is independent of its frequency, it depends on the intensity of radiation. From these observations, we can say that the photoelectric effect does not support the wave nature of light. Thus, the correct option is (D).

Why does photoelectric effect not support wave theory?

A wave formalism cannot explain all of these, because the energy in waves is additive, the more intense the beam, the more energy it delivers, but the photoelectric experiments show that this is not true for light wave + electrons in metal scattering.

What is wave-particle duality supported by?

de BroglieBohm theory De Broglie himself had proposed a pilot wave construct to explain the observed waveparticle duality. In this view, each particle has a well-defined position and momentum, but is guided by a wave function derived from Schrxf6dinger’s equation

Does photoelectric effect support particle nature or wave nature of light?

But according to the wave nature of light, the kinetic energy of radiation is independent of its frequency, it depends on the intensity of radiation. From these observations, we can say that the photoelectric effect does not support the wave nature of light. Thus, the correct option is (D).

What evidence supports the wave-particle duality of photons?

The effect in which the electrons gets ejected when certain metals are exposed to a beam of light is called as photo electric effect. It supports the particle nature of light

Does photoelectric effect support particle nature or wave nature?

The effect in which the electrons gets ejected when certain metals are exposed to a beam of light is called as photo electric effect. It supports the particle nature of light

Does photoelectric effect support the wave nature of light?

But according to the wave nature of light, the kinetic energy of radiation is independent of its frequency, it depends on the intensity of radiation. From these observations, we can say that the photoelectric effect does not support the wave nature of light. Thus, the correct option is (D).

Which nature is supported by photoelectric effect?

quantum nature of light

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