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The de Broglie wavelength of a particle is given by.
  • a)
    h/mv
  • b)
    h + mv
  • c)
    hmv
  • d)
    mv/c
Correct answer is option 'A'. Can you explain this answer?
Verified Answer
The de Broglie wavelength of a particle is given by.a)h/mvb)h + mvc)hm...
According to De Broglie, a moving small particle like electron, proton, neutron, dust particle, a small ball etc. has the properties of a wave (Dual nature of matter).
The wave length of a moving particle may be calculated as
λ=h/mv =h/p
De Broglie equation
λ =wave length
h= planck’s constt.
m=mass of particle
v=velocity of particle
p=momentum of the particle
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Most Upvoted Answer
The de Broglie wavelength of a particle is given by.a)h/mvb)h + mvc)hm...
According to De Broglie, a moving small particle like electron, proton, neutron, dust particle, a small ball etc. has the properties of a wave (Dual nature of matter).
The wave length of a moving particle may be calculated as
λ=h/mv =h/p
De Broglie equation
λ =wave length
h= planck’s constt.
m=mass of particle
v=velocity of particle
p=momentum of the particle
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Community Answer
The de Broglie wavelength of a particle is given by.a)h/mvb)h + mvc)hm...
According to De Broglie, a moving small particle like electron, proton, neutron, dust particle, a small ball etc. has the properties of a wave (Dual nature of matter).
The wave length of a moving particle may be calculated as
λ=h/mv =h/p
De Broglie equation
λ =wave length
h= planck’s constt.
m=mass of particle
v=velocity of particle
p=momentum of the particle
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