An electron revolving in the nth Bohr orbit has a magnetic moment. If n is the value of, the value of x is:

An electron revolving in the nth Bohr orbit has a magnetic moment… — Solution | JEE Physics

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An electron revolving in the $n$ th Bohr orbit has a magnetic moment $\mu$ . If $\mu_n$ is the value of $\mu$ , the value of $x$ is:

Correct answer:1

the solution unavailable

Given: An electron revolving in the $n$ th Bohr orbit has magnetic moment $\mu_n$ .

Find: The value of $x$ .

Working could not be extracted because the solution was unavailable. From the provided correct answer field, the numerical value is $1$ .

Confusing magnetic moment with angular momentum directly. In the Bohr model, magnetic moment is proportional to orbital angular momentum, so the dependence on $n$ must be tracked through the orbit relation carefully.
Using spin magnetic moment instead of orbital magnetic moment. The question refers to an electron revolving in a Bohr orbit, so the relevant quantity is the orbital magnetic moment, not the intrinsic spin moment.

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