10. Based from the application of the de Broglie hypothesis on a particle trapped in a box A trapped particle can have arbitrary energies as a free particle can. A trapped particle cannot have zero energy. Quantization of energy is conspicuous only for larger mass of the particle. Quantization of energy is conspicuous only for larger size of the box.
10. Based from the application of the de Broglie hypothesis on a particle trapped in a box A trapped particle can have arbitrary energies as a free particle can. A trapped particle cannot have zero energy. Quantization of energy is conspicuous only for larger mass of the particle. Quantization of energy is conspicuous only for larger size of the box.
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Transcribed Image Text:10. Based from the application of the de
Broglie hypothesis on a particle trapped in
a box
A trapped particle can have arbitrary
energies as a free particle can.
A trapped particle cannot have zero
energy.
Quantization of energy is conspicuous
only for larger mass of the particle.
Quantization of energy is conspicuous
only for larger size of the box.
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