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(C) In mechanics,the momentum $p$ is defined as the product of mass $m$ and velocity $v$,i.e.,$p = m 	imes v$.In electricity,the magnetic flux $\phi$

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$L 	imes I$

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(C) In mechanics,the momentum $p$ is defined as the product of mass $m$ and velocity $v$,i.e.,$p = m 	imes v$.In electricity,the magnetic flux $\phi$ is defined as the product of self-inductance $L$ and current $I$,i.e.,$\phi = L 	imes I$.By comparing these two expressions,we observe that mass $m$ is analogous to inductance $L$ (which represents electrical inertia),and velocity $v$ is analogous to current $I$.Therefore,the expression analogous to momentum in electricity is $L 	imes I$.

The momentum in mechanics is expressed as $m \times v$. The analogous expression in electricity is

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