In an LCR series combination, R=400`Omega`, L=100 mH and C=`1muF`. This combination is connected to a 25sin2000t volt voltage source. Find the impedance of the circuit and the peak value of the circuit current.

In an LCR series combination, R=400Omega , L=100 mH and C=1muF. This combination is connected to a 25 sin 2000t volt voltage source. Find (1) the impedance of the circuit and the

In an LCR series combination, R=400 Omega L=100mH and C=1muF . This combination is connected to a 25sin2000t volt source. Find the impedance,

In an LCR series combination R= 400 Omega L =100 mH and C = 1 muF . This combination is connected to a 25 sin 2000 t volt voltage source . Find (i) the impedance of the circuit . (ii) the peak value of the ciruit current .

In an LCR series combination, R=400 Omega L=100mH and C=1muF . This combination is connected to a 25sin2000t volt source. Find power factor

In an LCR series combination, R=400Omega , L=100 mH and C=1muF. This combination is connected to a 25 sin 2000t volt voltage source. Find(ii) the peak value of the circuit current.

In an LCR series combination, R=400 Omega L=100mH and C=1muF . This combination is connected to a 25sin2000t volt source. Find peak value of current,

In an LCR series combination, R=400 Omega L=100mH and C=1muF . This combination is connected to a 25sin2000t volt source. Find phase difference of voltage and current

In an LCR series combination, R=400 Omega L=100mH and C=1muF . This combination is connected to a 25sin2000t volt source. Find dissipated power in the circuit.

An LCR series circuit consists L = 80 mH, C = 60 muF and R = 15Omega . The combination is connected to a 230 V, 50 Hz AC supply. Calculate the impedance in the circuit.

In LCR series combination R = 10 Omega , L = 1 mH, C = 2 muF . Determine :- resonant frequency,