A muon is exactly like an electron (including having $|\vec{s}|=\frac{1}{2} \hbar$ )except it is 207 times as massive. The classical model of spin would imply that a muon rotates
A) 207 times faster than an electron.
B) 207 times slower than an electron.
C) at the same rate as the electron.
D) at some other rate (specify).

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The Answer of A muon is exactly like an electron (including having $|\vec{s}|=\frac{1}{2} \hbar$ )except it is 207 times as massive. The classical model of spin would imply that a muon rotates
A) 207 times faster than an electron.
B) 207 times slower than an electron.
C) at the same rate as the electron.
D) at some other rate (specify).

A Muon Is Exactly Like an Electron (Including Having ∣s⃗∣=12ℏ|\vec{s}|=\frac{1}{2} \hbar∣s∣=21​ℏ

A Muon Is Exactly Like an Electron (Including Having $|\vec{s}|=\frac{1}{2} \hbar$