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Q.

A) de Broglie wavelength is independent of  charge and nature of material particle
B) matter waves also exhibit diffraction
C)  de Broglie wavelength is significantly measurable for subatomic particles  and negligible for macroscopic particles.
D) In a photon-particle collision, total energy and momentum are conserved but the number of photons may not be conserved.

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a

A, B and C are correct

b

A,B and are correct  

c

A,C and are correct

d

All are correct

answer is D.

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Detailed Solution

De Broglie wavelength is independent of charge and the nature of material particles.
Matter waves also exhibit diffraction.
De Broglie wavelength is significantly measurable for subatomic particles and negligible for macroscopic particles.
In a photon-particle collision, total energy and momentum are conserved but the number of photons may not be conserved.

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A) de Broglie wavelength is independent of  charge and nature of material particleB) matter waves also exhibit diffractionC)  de Broglie wavelength is significantly measurable for subatomic particles  and negligible for macroscopic particles.D) In a photon-particle collision, total energy and momentum are conserved but the number of photons may not be conserved.