1. Find the value of "R" that makes the circuit in resonance. 2. Determine the total current at resonance. 3. Compute the minimum & & maximum power in the circuit. dissipated

Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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For the circuit shown:
1. Find the value of "R" that makes the circuit in
resonance.
2. Determine the total current at resonance.
3. Compute the minimum & maximum power
dissipated in the circuit.
(Ans.: RL=7.6492, ITO-1.72A, Pmin-8W, & Pmax=18W)
VT
10/0°V
FMH
Rc
802
Xc
-j6n
RL
X₁
J5Q2
Transcribed Image Text:For the circuit shown: 1. Find the value of "R" that makes the circuit in resonance. 2. Determine the total current at resonance. 3. Compute the minimum & maximum power dissipated in the circuit. (Ans.: RL=7.6492, ITO-1.72A, Pmin-8W, & Pmax=18W) VT 10/0°V FMH Rc 802 Xc -j6n RL X₁ J5Q2
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