A 30,000 cycle source is connected to an impedance coil having a resistance of 6002 and an inductance of 0.425mH. For what value of resistance in series with a 0.105µF capacitor will the circuit be in resonance if the two branch are parallel? Neglecting both resistances, calculate calculate the resonance frequency.

Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Problem 1.
The following data are given for a two branch parallel circuit:
X₁ = 152, Rc = 15N, Xc = 25, and E = 125V. For what
value of R₁ will the circuit be in resonance, and what will be
the total current and power under this condition.
Problem 2.
A 30,000 cycle source is connected to an impedance coil
having a resistance of 6092 and an inductance of 0.425mH. For
what value of resistance in series with a 0.105µF capacitor will
the circuit be in resonance if the two branch are parallel?
Neglecting both resistances,
resistances, calculate
calculate the resonance
frequency.
Transcribed Image Text:Assignment Problem 1. The following data are given for a two branch parallel circuit: X₁ = 152, Rc = 15N, Xc = 25, and E = 125V. For what value of R₁ will the circuit be in resonance, and what will be the total current and power under this condition. Problem 2. A 30,000 cycle source is connected to an impedance coil having a resistance of 6092 and an inductance of 0.425mH. For what value of resistance in series with a 0.105µF capacitor will the circuit be in resonance if the two branch are parallel? Neglecting both resistances, resistances, calculate calculate the resonance frequency.
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