Context: The Bohr magneton and the nuclear magneton are units which are used to describe the magnetic properties of the electron and atomic nuclei respectively. The Bohr magneton is the magnetic moment which would be expected for an electron if it behaved as a spinning charge according to classical electrodynamics. It is defined in terms of the reduced Planck constant, the elementary charge and the electron mass, all of which depend on the Planck constant: the final dependence on h1/2 (r2 > 0.995) can be found by expanding the variables.

Question: What is the unit of magentic properties of the electron?
Answer: Bohr magneton

Question: What is the unit of magentic properties of atomic nuclei?
Answer: nuclear magneton

Question: The Bohr magneton is the magnetic moment of an electron under what restriction?
Answer: behaved as a spinning charge according to classical electrodynamics

Question: What three terms define the Bohr magneton value?
Answer: the reduced Planck constant, the elementary charge and the electron mass

Question: What is the unit of magnetic properties of the neutron?
Answer: Unanswerable

Question: What is the unit of magnetic properties of nuclear molecules?
Answer: Unanswerable

Question: What three terms define the Bohr nucleus value?
Answer: Unanswerable

Question: What is never defined in terms of the reduced Planck constant?
Answer: Unanswerable