An alternating emf e=220 √(2)sin 100 t  V is applied to a capacitor 1 μF. The current flowing thr...

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An alternating emf E = 110 √ 2 sin 100 t volt is applied to a capacitor of 2 μ F , the rms value of An alternating emf E = 110 √ 2 sin 100 t volt is applied to a capacitor of 2 μ F , the rms value of
Alternating e.m.f. of E=220 sin 100 π t is applied to a circuit containing an inductance of (1 / ... Alternating e.m.f. of E=220 sin 100 π t is applied to a circuit containing an inductance of (1 / ...
An alternating emf E = 110 √ 2 sin 100 t volt is applied to a capacitor of 2 μ F , the rms #physics An alternating emf E = 110 √ 2 sin 100 t volt is applied to a capacitor of 2 μ F , the rms #physics
An alternating emf E = 110 √2 sin 100t volt is applied to a capacitor of 2 µF, the rms value of curr An alternating emf E = 110 √2 sin 100t volt is applied to a capacitor of 2 µF, the rms value of curr
An alternating emf E = 440 sin ( 100 pi t ) is applied to a circuit containing an inductance of root An alternating emf E = 440 sin ( 100 pi t ) is applied to a circuit containing an inductance of root
An alternating voltage E=200 √(2)sin (100 t) is connected to a 1 μF, capacitor through an AC amme... An alternating voltage E=200 √(2)sin (100 t) is connected to a 1 μF, capacitor through an AC amme...
An alternating emf \(E =110 \sqrt{2} \sin 100 t\) volt is applied to a capacitor of \(2 \mu F\),.... An alternating emf \(E =110 \sqrt{2} \sin 100 t\) volt is applied to a capacitor of \(2 \mu F\),....
an alternating emf E = 440 sin 100 πt is applied to a circuit containing an inill be: an alternating emf E = 440 sin 100 πt is applied to a circuit containing an inill be: