Question

1). Find the angular resonance frequency Wres and Fres' 2). at the resonant frequency, Find the capacitive and the inductive reactances and the total impedance. 3). find the maximum current at this frequency, maximum voltage across R; C; L. i.e Vmr; Vmc; Vml 4). Find rms for I, Vr, Vc, VL, and Vrcl at this frequency, 5). Find the power in R; C; L; and RCL. 6). what is the power factor at this frequency? 7). Draw the phase-diagrams for Z & V at this frequency. R=100? H=500mH C=2?F H = 500 × 10?³ Henry C = 2 × 10?? Farad VRCL = 400 sin(?t + ?) VmacL = 400v It = Im sin(?t) RCL circuit is connected to an AC-Power Supply VRCL = 400 sin(?t + ?); i-e. Has maximum voltage VmRCL=400V across RCL.

          1). Find the angular resonance frequency Wres and Fres'
2). at the resonant frequency, Find the capacitive and the inductive reactances and the total impedance.
3). find the maximum current at this frequency, maximum voltage across R; C; L.
i.e Vmr; Vmc; Vml
4). Find rms for I, Vr, Vc, VL, and Vrcl at this frequency,
5). Find the power in R; C; L; and RCL.
6). what is the power factor at this frequency?
7). Draw the phase-diagrams for Z & V at this frequency.

R=100?
H=500mH
C=2?F
H = 500 × 10?³ Henry
C = 2 × 10?? Farad
VRCL = 400 sin(?t + ?)
VmacL = 400v
It = Im sin(?t)
RCL circuit is connected to an AC-Power Supply
VRCL = 400 sin(?t + ?); i-e.
Has maximum voltage VmRCL=400V across RCL.

1). Find the angular resonance frequency Wres and Fres'
2). at the resonant frequency, Find the capacitive and the inductive reactances and the total impedance.
3). find the maximum current at this frequency, maximum voltage across R; C; L.
i.e Vmr; Vmc; Vml
4). Find rms for I, Vr, Vc, VL, and Vrcl at this frequency,
5). Find the power in R; C; L; and RCL.
6). what is the power factor at this frequency?
7). Draw the phase-diagrams for Z V at this frequency.

R=100?
H=500mH
C=2?F
H = 500 × 10?³ Henry
C = 2 × 10?? Farad
VRCL = 400 sin(?t + ?)
VmacL = 400v
It = Im sin(?t)
RCL circuit is connected to an AC-Power Supply
VRCL = 400 sin(?t + ?); i-e.
Has maximum voltage VmRCL=400V across RCL.

Added by Steven S.

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