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The magnetic dipole moment of a deuterium nucleus is about 0.0005 Bohr magneton. What does this imply about the pres- ence of an electron in the nucleus, as the proton-electron model requires?

The magnetic dipole moment of a deuterium nucleus is about 0.0005 Bohr magneton. What does this imply about the pres- ence of an electron in the nucleus, as the proton-electron model requires?

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The magnetic dipole moment of a deuterium nucleus is about 0.0005 Bohr magneton. What does this imply about the pres- ence of an electron in the nucleus, as the proton-electron model requires?
Transcribed Image Text:The magnetic dipole moment of a deuterium nucleus is about 0.0005 Bohr magneton. What does this imply about the pres- ence of an electron in the nucleus, as the proton-electron model requires?
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