De broglie wavelength associated with matter particle is?
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4
The De-broglie wavelength associated with matter particle is give by-
λ= h/ p [where λ is De-broglie wavelength, h is Planck's
constant and p is momentum of the particle]
It can also be written as-
λ= h/mv [putting p=mv, where v=velocity of the particle]
From the above equations we can also conclude that greater the mass
of the particle lesser is its wavelength.
λ= h/ p [where λ is De-broglie wavelength, h is Planck's
constant and p is momentum of the particle]
It can also be written as-
λ= h/mv [putting p=mv, where v=velocity of the particle]
From the above equations we can also conclude that greater the mass
of the particle lesser is its wavelength.
Answered by
3
Answer:
inversely proportional to the momentum of the particle
Explanation:
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