A uniformly charged thin conducting spherical shell of radius - R- and charge - q- is rotated with constant angular velocity - - about a diameter- The magnetic dipole moment of the system is- q- R-23- 3q- R-24- q- R-25- q- R-24-

The correct option is C qω R^25 ...

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Standard XII

Physics

Electric Field

A uniformly c...

Question

A uniformly charged thin conducting spherical shell of radius $R$ and charge $q$ is rotated with constant angular velocity $ω$ about a diameter. The magnetic dipole moment of the system is

\frac{q ω R^{2}}{3}

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\frac{3 q ω R^{2}}{4}

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\frac{q ω R^{2}}{5}

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\frac{q ω R^{2}}{4}

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Solution

The correct option is C $\frac{q ω R^{2}}{5}$

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A uniformly charged thin conducting spherical shell of radius $R$ and charge $q$ is rotated with constant angular velocity $ω$ about a diameter. The magnetic dipole moment of the system is

The correct option is C $\frac{q ω R^{2}}{5}$

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A uniformly charged thin conducting spherical shell of radius R and charge q is rotated with constant angular velocity ω about a diameter. The magnetic dipole moment of the system is

The correct option is C qωR25

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FREE TEXTBOOK SOLUTIONS

STATE BOARDS

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A uniformly charged thin conducting spherical shell of radius $R$ and charge $q$ is rotated with constant angular velocity $ω$ about a diameter. The magnetic dipole moment of the system is

The correct option is C $\frac{q ω R^{2}}{5}$