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Chapter 5: Q24E (page 187)
An electron in the n=4 state of a 5 nm wide infinite well makes a transition to the ground state, giving off energy in the form of photon. What is the photon’s wavelength?
The wavelength of the photon is .
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Because protons and neutrons are similar in mass, size, and certain other characteristics, a collective term, nucleons, has been coined that encompasses both of these constituents of the atomic nucleus. In many nuclei, nucleons are confined (by the strong force, discussed in Chapter) to dimensions of roughfemtometers. Photons emitted by nuclei as the nucleons drop to lower energy levels are known as gamma particles. Their energies are typically in the Merange. Why does this make sense?
To determine the energy quantization condition
equation (5-33). The twosolutionsare added in equal amounts. Show that if we instead added a different percentage of the two solutions. It would not change the important conclusion related to the oscillation frequency of the charge density.
When is the temporal part of the wave function ? Why is this important?
Refer to a particle of massdescribed by the wave function
Verify that the normalization constant is correct.
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