Question -
Answer -
In the inductive circuit,
Rms value of current, I =15.92 A
Rms value of voltage, V =220 V
Hence, the net power absorbed canbe obtained by the relation,
P = VI cos Φ
Where,
Φ = Phase differencebetween V and I
For a pure inductive circuit, thephase difference between alternating voltage and current is 90° i.e., Φ=90°.
Hence, P = 0i.e., the net power is zero.
In the capacitive circuit,
Rms value of current, I =2.49 A
Rms value of voltage, V =110 V
Hence, the net power absorbed canve obtained as:
P = VI Cos Φ
For a pure capacitive circuit,the phase difference between alternating voltage and current is 90° i.e., Φ=90°.
Hence, P = 0i.e., the net power is zero.