An electron a proton and an alpha particle having the kinetic energy 16 4 1 what is order of de broglie
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The deBroglie wave length of a particle=(h)/(p),
Where,
h= Planck's Constant,
p = momentum of the particle.
Momentum and kinetic energy of a particle are related and momentum (p)=√2mE.
Since kinetic energy of the particles is the same, therefore, the heavier the particle, more its momentum and larger the momentum, shorter the deBroglie wave length.
Where,
h= Planck's Constant,
p = momentum of the particle.
Momentum and kinetic energy of a particle are related and momentum (p)=√2mE.
Since kinetic energy of the particles is the same, therefore, the heavier the particle, more its momentum and larger the momentum, shorter the deBroglie wave length.
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⭐ momentum of the particle ⭐
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