Match List‐I with List‐II :
List–I List–II
a) $ω L > \frac{1}{ω C}$ i) Current is in phase with emf
b) $ω L = \frac{1}{ω C}$ ii) Current lags behind the applied emf
c) $ω L < \frac{1}{ω C}$ iii) Maximum current occurs
d) Resonant frequency iv) Current leads the emf
Choose the correct answer from the options given below :

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(a) – (ii) ; (b) – (i) ; (c) ‐ (iii) ; (d) – (iv)

(a) – (iii) ; (b) – (i) ; (c) ‐ (iv) ; (d) – (ii)

(a) – (iv) ; (b) – (iii) ; (c) ‐ (ii) ; (d) – (i)

(a) – (ii) ; (b) – (i) ; (c) ‐ (iv) ; (d) – (iii)

answer is A.

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Detailed Solution

a) For $x_{L} > x_{C},$ voltage leads the current (ii)

b) For $x_{L} = x_{C}$ , voltage & current are in same phase(i)

c) For $x_{L} < x_{C}$ , current leads the voltage (iv)

d) For resonant frequency $x_{L} = x_{C}$ , current is maximum (iii)

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List–I	List–II
a) $ω L > \frac{1}{ω C}$	i) Current is in phase with emf
b) $ω L = \frac{1}{ω C}$	ii) Current lags behind the applied emf
c) $ω L < \frac{1}{ω C}$	iii) Maximum current occurs
d) Resonant frequency	iv) Current leads the emf