Prove that an ideal capacitor in an a.c. circuit does not dissipate power.

Prove that an ideal capacitor in an AC circuit does not dissipate power .

Prove that an ideal capacitor in ac circuit does not dissipate power.

(a) Prove that an ideal capacitor in ac circuit does not dissipate power. (b) An inductor of 200m H, capacitor of 400 mu f and a resistaor of 10 Omega are connected in series to ac source of 50 V of variable frequency. Calculate the (i) angular frquency at which maximum power dissiplation occurs in the circuit and the corresponding value of the effective current, and (iii) value of Q-factor in the circuit.

Prove that in an a.c. circuit, an ideal capacitor does nt dissipate power.

Average power of an a.c. circuit is:

Show that a purely capacitative ac circuit dissipates no power.

Prove that an ideal inductor does ot dissipate power in an ac circuit.

Show that an ideal inductor does not dissipate power in an ac circuit.