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(a) A condenser of capacity 10 µF, an inductance of 0.2 mH and a resistance of 600 Q are joined in series. (i) Which type of oscillation it is? (ii) What is the damping frequency, if any? and (iii) What is its resonant frequency, if any? (iv) What is its life time?

(a) A condenser of capacity 10 µF, an inductance of 0.2 mH and a resistance of 600 Q are joined in series. (i) Which type of oscillation it is? (ii) What is the damping frequency, if any? and (iii) What is its resonant frequency, if any? (iv) What is its life time?

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(a) A condenser of capacity 10 µF, an inductance of 0.2 mH and a resistance of 600 Q are joined in series. (i) Which type of oscillation it is? (ii) What is the damping frequency, if any? and (iii) What is its resonant frequency, if any? (iv) What is its life time? 3. (b) A series-connected circuit with R = 4 2 and L = 25 mH is connected with a capacitor which is run by a FHM V=Vm sin(wt + 45°). (i) Calculate the value of C that will produce a quality factor of 50; (ii) Find w1, w2, and B; and (iii) Determine the power dissipated at w = wo. Take Vm = 100 V.
Transcribed Image Text:(a) A condenser of capacity 10 µF, an inductance of 0.2 mH and a resistance of 600 Q are joined in series. (i) Which type of oscillation it is? (ii) What is the damping frequency, if any? and (iii) What is its resonant frequency, if any? (iv) What is its life time? 3. (b) A series-connected circuit with R = 4 2 and L = 25 mH is connected with a capacitor which is run by a FHM V=Vm sin(wt + 45°). (i) Calculate the value of C that will produce a quality factor of 50; (ii) Find w1, w2, and B; and (iii) Determine the power dissipated at w = wo. Take Vm = 100 V.
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