4.l 0oredoo175Find the following:a) What is the maximum voltage for thegiven circuit?*リb) The phase angle between the currentand voltage?c) Impedance of the RLC series circuit?d) What is the value of R in this circuite) Is the circuit behavior, more capacitive or/イinductive?a) Vp (maximum voltage across the circuitin volts) =b) Phase angle $ =c) Z in ohms =d) Value of R in ohms =%3De) The circuit behaves like An AC source of frequency 55 Hz drives anRLC series circuit given below where themaximum voltage across each element isgiven:If the maximum current flowing in the circuitis 0.215 AVr = 63 voltsAC SourceRQL mHCuFVL = 58 volts%3DVc = 195.5%3Dvolts0000

An AC source of frequency 55 Hz drives an RLC series circuit given below where the maximum voltage across each element is given: If the maximum current flowing in the circuit is 0.215 A VR = 63 volts %3D AC Source L mH RQ CuF VL = 58 volts Vc = 195.5 yolts 0000

An AC source of frequency 55 Hz drives an RLC series circuit given below where the maximum voltage across each element is given: If the maximum current flowing in the circuit is 0.215 A VR = 63 volts %3D AC Source L mH RQ CuF VL = 58 volts Vc = 195.5 yolts 0000

University Physics Volume 2

18th Edition

ISBN:9781938168161

Author:OpenStax

Publisher:OpenStax

Chapter15: Alternating-current Circuits

Section: Chapter Questions

Problem 34P: An ac source of voltage amplitude 10 V delivers electric energy at a rate of 0.80 W when its current...

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Question

4.l 0oredoo
17
5
Find the following:
a) What is the maximum voltage for the
given circuit?
*リ
b) The phase angle between the current
and voltage?
c) Impedance of the RLC series circuit?
d) What is the value of R in this circuit
e) Is the circuit behavior, more capacitive or
/イ
inductive?
a) Vp (maximum voltage across the circuit
in volts) =
b) Phase angle $ =
c) Z in ohms =
d) Value of R in ohms =
%3D
e) The circuit behaves like

An AC source of frequency 55 Hz drives an
RLC series circuit given below where the
maximum voltage across each element is
given:
If the maximum current flowing in the circuit
is 0.215 A
Vr = 63 volts
AC Source
RQ
L mH
CuF
VL = 58 volts
%3D
Vc = 195.5
%3D
volts
0000

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