Match List - I with List - II
| List - I | List - II | ||
|---|---|---|---|
| (a) | $\omega L > {1 \over {\omega C}}$ | (i) | Current is in phase with emf |
| (b) | $\omega L = {1 \over {\omega C}}$ | (ii) | Current lags behind the applied emf |
| (c) | $\omega L < {1 \over {\omega C}}$ | (iii) | Maximum current occurs |
| (d) | Resonant frequency | (iv) | Current leads the emf |
Choose the correct answer from the options given below
Solution
$\omega L = {1 \over {\omega C}},{X_L} = {X_C}$<br><br>So current in phase with EMF<br><br>At resonance, current have maximum value.
About this question
Subject: Physics · Chapter: Alternating Current · Topic: AC Circuits: R, L, C
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