The magnetic moment $(μ)$ of a revolving electron around the nucleus varies with principal quantum number $n$ as :

μ \propto 1 / n

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μ \propto 1 / n^{2}

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μ \propto n

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μ \propto n^{2}

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Solution

The correct option is C $μ \propto n$
Orbital magnetic moments of an electron
$μ_{1} = \frac{n e h}{4 π m e} ∴ μ_{1} \propto n$

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The magnetic moment (μ) of a revolving electron around the nucleus varies with principal quantum number n as :

The correct option is C μ∝nOrbital magnetic moments of an electron μ1=neh4πme∴μ1∝n

The magnetic moment $(μ)$ of a revolving electron around the nucleus varies with principal quantum number $n$ as :

The correct option is C $μ \propto n$
Orbital magnetic moments of an electron
$μ_{1} = \frac{n e h}{4 π m e} ∴ μ_{1} \propto n$