Which of the following relates to photons both as wave motion and as a stream of particles ?

Question

Which of the following relates to photons both as wave motion and as a stream of particles ? (A) Interference (B) E=mc2 (C) Diffraction (D) E = hv

Tardigrade Admin · Accepted Answer

Diffraction is property of wave, E=m c2 determine energy of particle and E=h v determine energy of photon. Interference phenomena is exhibited by both matter and waves.

Q. Which of the following relates to photons both as wave motion and as a stream of particles ?

Interference

$E = m c^{2}$

Diffraction

$E = h v$

Diffraction is property of wave, $E = m c^{2}$ determine energy of particle and $E = h v$ determine energy of photon. Interference phenomena is exhibited by both matter and waves.

Q. Which of the following relates to photons both as wave motion and as a stream of particles ?

Interference

E=mc2

Diffraction

E=hv

Diffraction is property of wave, E=mc2 determine energy of particle and E=hv determine energy of photon. Interference phenomena is exhibited by both matter and waves.

$E = m c^{2}$

$E = h v$

Diffraction is property of wave, $E = m c^{2}$ determine energy of particle and $E = h v$ determine energy of photon. Interference phenomena is exhibited by both matter and waves.