Respuesta :
Answer:
The frequency of the photon decreases upon scattering
Explanation:
Here we note that when a photon is scattered by a charged particle, it is referred to as Compton scattering.
Compton scattering results in a reduction of the energy of the photon and hence an increase in the wavelength (from λ to λ') of the photon known as Compton effect.
Therefore, since the wavelength increases, we have from
λf = λ'f' = c
f = c/λ
Where:
f and f' = The frequency of the motion of the photon before and after the scattering
c = Speed of light (constant)
We have that the frequency, f, is inversely proportional to the wavelength, λ as follows;
f = c/λ
As λ = increases, and c is constant, f decreases, therefore, the frequency of the photon decreases upon scattering.
The frequency of the photon will change upon scattering as it reduces.
What is photon?
Photon simply means a form of elementary particle which serves as a quantum of the electromagnetic field.
In this case, the photon is scattered from an initially stationary electron within a metal. Therefore, the frequency of the photon change upon scattering as it reduces.
Learn more about photon on:
https://brainly.com/question/15946945
