Q2. Find the indicated quantities for the circuit of Figure (2) . a. Resonant frequency expressed as o (rad/s) and f (Hz). b. Total impedance at resonance. ¢. Current at resonance. d. VL and VC. R 8 Q) B Reoil C L)10 mH 1 pF Qcoil = 50 Fig.2 Q2. Find the indicated quantities for the circuit of Figure (2) .a. Resonant frequency expressed as o (rad/s) and f(Hz).b. Total impedance at resonance.c. Current at resonance.d. VL and VC.R8ΩRcoil10 VZ0°L310 mHQcoil = 50%3D1 μFFig.2

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Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

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Q2. Find the indicated quantities for the circuit of Figure (2) . a. Resonant frequency expressed as o (rad/s) and f (Hz). b. Total impedance at resonance. ¢. Current at resonance. d. VL and VC. R 8 Q) B Reoil C L)10 mH 1 pF Qcoil = 50 Fig.2

Q2. Find the indicated quantities for the circuit of Figure (2) .
a. Resonant frequency expressed as o (rad/s) and f(Hz).
b. Total impedance at resonance.
c. Current at resonance.
d. VL and VC.
R
8Ω
Rcoil
10 VZ0°
L310 mH
Qcoil = 50
%3D
1 μF
Fig.2

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