Quantum Mechanics Help. Compton Scattering Use.

In summary, in a Compton scattering experiment with a photon scattered at 90.0deg and an electron scattered at 21.4deg, the wavelength of the scattered photon can be determined using the conservation of momentum and energy, represented by the equations p = h/lambda and E = hc/lambda. The relativistic energy-momentum equation can also be used to link energy and momentum. However, the problem can be solved without these equations.
  • #1
Billy12
2
0

Homework Statement


In a Compton scattering experiment, a photon is scattered through an angle of 90.0deg, and the electron is scattered through an angle of 21.4deg. Determine the wavelength of the scattered photon


Homework Equations


Conservation of momentum and energy. p = h/lambda, E = hc/lambda


The Attempt at a Solution


Since the angle of scattering is 90.0 deg for the photon the compton wavelength would just be 2.43*10^-12. I know that the momentum is conserved in both directions (x and y) and i got two equations for it but I don't know what to do for energy conservation. What do we use for energy?
 
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  • #2
Energy and momentum are linked through the relativistic energy-momentum equation.
 
  • #3
I solved it without the relativistic equations.
 

Related to Quantum Mechanics Help. Compton Scattering Use.

1. What is Compton scattering and how does it relate to quantum mechanics?

Compton scattering is a phenomenon in which a photon (particle of light) interacts with an electron, resulting in a change in the photon's wavelength. This phenomenon is described by quantum mechanics, which explains the behavior of particles on a microscopic scale.

2. How does Compton scattering help us understand the nature of matter?

Compton scattering is an important tool in understanding the wave-particle duality of matter, as it demonstrates that particles like electrons can also behave like waves. This is a key concept in quantum mechanics and helps us understand the fundamental nature of matter.

3. Can Compton scattering be observed in everyday life?

Yes, Compton scattering can be observed in certain everyday situations, such as in medical imaging techniques like CT scans, which use X-rays (a type of photon) to produce images of the body.

4. How is Compton scattering used in scientific research?

Compton scattering is used extensively in scientific research, particularly in the fields of quantum mechanics and particle physics. It is used to study the properties of particles and their interactions, as well as to develop new technologies such as particle accelerators.

5. Are there any practical applications of Compton scattering?

Aside from its use in scientific research, Compton scattering has practical applications in fields such as medicine, security, and materials science. For example, it is used in medical imaging techniques, airport security scanners, and the analysis of materials for quality control purposes.

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