Calculate the resonant frequency if the values of the capacitor and inductor are 2 F and 2 H.(a) .5 rad/sec(b) .6 rad/sec(c) .8 rad/sec(d) .9 rad/secThe question was posed to me in exam.The above asked question is from Dynamic Braking of DC Shunt Motors in chapter Braking of DC Motors & Induction Motors of Electric Drives

Calculate the resonant frequency if the values of the capacitor and in

1.	Calculate the resonant frequency if the values of the capacitor and inductor are 2 F and 2 H.(a) .5 rad/sec(b) .6 rad/sec(c) .8 rad/sec(d) .9 rad/secThe question was posed to me in exam.The above asked question is from Dynamic Braking of DC Shunt Motors in chapter Braking of DC Motors & Induction Motors of Electric Drives
Answer» Correct answer is (a) .5 rad/sec To elaborate: During resonance CONDITION XL=Xc. The VALUE of the resonant FREQUENCY is 1÷√LC=1÷√4=.5 rad/sec. The VOLTAGE across the capacitor and INDUCTOR becomes equal.

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