an lrc circuit consists of 300 2 resistor a 15 0 uf capacitor and a 25
An LRC circuit consists of 300-2 resistor, a 15.0-uF capacitor, and a 250-mH inductor connected in series with a 120-V, 60.0-Hz power supply.
a. What is the phase angle between the current and the applied voltage?
b. What is the power factor?
c. Does the voltage lead the current, or does the current lead the voltage?
d. Is this an inductive circuit or a capacitive circuit?
e. What should w be in order to switch from inductive to capacitive behavior and vice versa?
For the following parts, use use w calculated in (e).
f. Calculate the impedance of this circuit.
g. Calculate the maximum current in the circuit.
h. What are the voltage magnitudes for resistor, capacitor, inductor?
i. Draw a scaled phasor diagram when wt = π/2.
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