Assuming that a neutron confined to a nucleus can be modeled as a one-dimensional infinite square...

Assuming that a neutron confined to a nucleus can be modeled as a one-dimensional infinite square well with width 10*10^-15m, answer the following:

a. What is the minimum energy of the neutron (in MeV)?

b. What would the minimum energy of an electron in the nucleus be? Based on this result, could an electron be contained in a nucleus? Explain.

Expert Solution

genius_generous answered 2 years ago

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