Which of the following is not conserved in photon particle collision?

Both total momentum and total energy are not conserved.

What is conserved in a photon particle collision?

Both total energy and total momentum are conserved.

What happens if an incident photon collides with a moving electron?

What happens if an incident photon collides with a moving electron? It reflects off the electron and causes its path to be altered. One can determine an electron’s position only within one wavelength of the photon because of the wave nature of photons.

Which statistics is obeyed by electron gas?

Particles such as gas molecules in an ideal gas system and electrons and holes in a dilute semiconductor are examples that obey the M-B statistics. The B-E and F-D statistics are known as quantum statistics because their distribution functions are derived based on quantum-mechanical principles.

Do the photon number is conserved in the process of collision between the particle and photon?

(b) : In a photon-particle collision, (such as photon electron collision), the total energy and total momentum are conserved. However, the number of photons may not be conserved in photon-particle collision. The photon may be absorbed or a new photon may be created.

Which of the following may not be conserved in a photon-particle collision Mcq?

Explanation: In a photon-particle collision, total energy and the total momentum are conserved. However, the number of photons may vary. Some photons may get absorbed or new photons may be created. Thus, the number of photons may not be conserved in a collision.

Which of the following does not affect the photon?

Explanation: photons have no charge. they can interact with charged particles but not with themselves. this is why photons are neutral and not affected by magnetic or electric fields.

Which factor does not affect the photon explain it?

According to theory of properties of photon, they can not be affected by electric and magnetic fields and it is neutral. But Electromagnetic waves contain electric and magnetic fields .