The quantity in electricity which is equivalent to mass is

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Solution

The correct option is C L
Energy= $\frac{1}{2}$ mass $\times$ velocity $^{2}$

energy = $\frac{1}{2}$ L $\times (\frac{d i}{d t})^{2}$

Inductance opposes any change in current, just as in mechanics the mass opposes any change in velocity due to inertia.
Inductance is analogous to mass.

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The quantity in electricity which is equivalent to mass is

The correct option is C LEnergy= 12mass× velocity2 energy = 12 L×(didt)2Inductance opposes any change in current, just as in mechanics the mass opposes any change in velocity due to inertia.Inductance is analogous to mass.

The correct option is C L
Energy= $\frac{1}{2}$ mass $\times$ velocity $^{2}$

energy = $\frac{1}{2}$ L $\times (\frac{d i}{d t})^{2}$

Inductance opposes any change in current, just as in mechanics the mass opposes any change in velocity due to inertia.
Inductance is analogous to mass.