Chapter 6: Q1CQ (page 223)
Could the situation depicted in the following diagram represent a particle in a bound state? Explain.
Short Answer
The answer is no.
Chapter 6: Q1CQ (page 223)
Could the situation depicted in the following diagram represent a particle in a bound state? Explain.
The answer is no.
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Get started for freeFor wavelengths less than about 1 cm, the dispersion relation for waves on the surface of water is , whereandare the surface tension and density of water. Givenand, calculate the phase and group velocities for a wave of 5mm wavelength.
Question: Obtain equation (6.18) from(6.16) and (6.17).
Why is the topic of normalization practically absent from Sections 6.1 and 6.2?
Particles of energy Eare incident from the left, where U(x)=0, and at the origin encounter an abrupt drop in potential energy, whose depth is -3E.
The diagram below plots ฯ(k) versus wave number for a particular phenomenon. How do the phase and group velocities compare, and do the answer depend on the central value of k under consideration? Explain.
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