A neutron is confined in a deuterium nucleus (deu- teron) of diameter 3.1 X 10-15 m. Use the energy- level calculation of a one-dimensional box to calcu- late the neutron's minimum kinetic energy. What is the neutron's minimum kinetic energy according to the uncertainty principle?
A neutron is confined in a deuterium nucleus (deu- teron) of diameter 3.1 X 10-15 m. Use the energy- level calculation of a one-dimensional box to calcu- late the neutron's minimum kinetic energy. What is the neutron's minimum kinetic energy according to the uncertainty principle?
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
Transcribed Image Text:A neutron is confined in a deuterium nucleus (deu-
teron) of diameter 3.1 X 10-15 m. Use the energy-
level calculation of a one-dimensional box to calcu-
late the neutron's minimum kinetic energy. What is
the neutron's minimum kinetic energy according to
the uncertainty principle?
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