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If the distance between two parallel plates of a capacitor is \(d\), \(A\) is the area of each plate, and \(E\) is the e…

Q1

If the distance between two parallel plates of a capacitor is \(d\), \(A\) is the area of each plate, and \(E\) is the electric field, find the energy stored in the capacitor.

(Shift I - Memory Based)

a

\(\frac{1}{2}{E}^{2}A{ϵ}_{0}d\)

b

\(\frac{1}{4}{E}^{2}A{ϵ}_{0}d\)

c

\(\frac{3}{4}{E}^{2}A{ϵ}_{0}d\)

d

\({E}^{2}A{ϵ}_{0}d\)

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