4. If R=4 Ω, L=0.2 H and C=80 F are connected in series in the following figure, then Find out (i) ?0, (ii) Q and bandwidth β , (iii) ?1 and ?2, and (iv) amplitude of current at ?0, ?1 and ?2. 4. If R=4 Q, L=0.2 H and C=80 µF are connected in series in the following figure, then Findout (i) wo, (ii) Q and bandwidth ß , (iii) w1 and w2, and (iv) amplitude of current at wo, w1and w2.3.5L20 sin wtC

We need to calculate resonance frequency and lower and higher cut off frequency and quality factor…

4. If R=4 Q, L=0.2 H and C=80 µF are connected in series in the following figure, then Find out (i) wo, (ii) Q and bandwidth ß , (iii) w1 and w2, and (iv) amplitude of current at wo, wi and w2. 3.5 R L 20 sin wt

4. If R=4 Q, L=0.2 H and C=80 µF are connected in series in the following figure, then Find out (i) wo, (ii) Q and bandwidth ß , (iii) w1 and w2, and (iv) amplitude of current at wo, wi and w2. 3.5 R L 20 sin wt

Delmar's Standard Textbook Of Electricity

7th Edition

ISBN:9781337900348

Author:Stephen L. Herman

Publisher:Stephen L. Herman

Chapter24: Resistive-inductive-capacitive Parallel Circuits

Section: Chapter Questions

Problem 4RQ: A tank circuit contains a capacitor and an inductor that produce 30 of reactance at the resonant...

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Question

4. If R=4 Ω, L=0.2 H and C=80 F are connected in series in the following figure, then Find
out (i) ?0, (ii) Q and bandwidth β , (iii) ?1 and ?2, and (iv) amplitude of current at ?0, ?1
and ?2.

4. If R=4 Q, L=0.2 H and C=80 µF are connected in series in the following figure, then Find
out (i) wo, (ii) Q and bandwidth ß , (iii) w1 and w2, and (iv) amplitude of current at wo, w1
and w2.
3.5
L
20 sin wt
C

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