a) A series circuit consists of an inductor L = 1mH, a Capacitor C = 10 uF and a 1k resistor. Find the resonance frequency of the circuit. [2 Marks] b) The same inductor L and capacitor C are connected with R₁ and R2 to form two different circuit configurations as shown below What is the ratio between R₁ and R2 to have the same resonance frequency for the two circuits? [4 marks] • If V = 120 cos wt and R₁ = 52 calculate the active power absorbed by the parallel circuit at resonance. [2 Marks] • If V₂ = 100 cos wt and R2 = 1002calculate the voltage across the capacitor C of the series circuit at resonance. [2 Marks] R₁ ☐☐ HH R2 ли
a) A series circuit consists of an inductor L = 1mH, a Capacitor C = 10 uF and a 1k resistor. Find the resonance frequency of the circuit. [2 Marks] b) The same inductor L and capacitor C are connected with R₁ and R2 to form two different circuit configurations as shown below What is the ratio between R₁ and R2 to have the same resonance frequency for the two circuits? [4 marks] • If V = 120 cos wt and R₁ = 52 calculate the active power absorbed by the parallel circuit at resonance. [2 Marks] • If V₂ = 100 cos wt and R2 = 1002calculate the voltage across the capacitor C of the series circuit at resonance. [2 Marks] R₁ ☐☐ HH R2 ли
Delmar's Standard Textbook Of Electricity
7th Edition
ISBN:9781337900348
Author:Stephen L. Herman
Publisher:Stephen L. Herman
Chapter23: Resistive-inductive-capacitive Series Circuits
Section: Chapter Questions
Problem 1PA: You are an electrician working in a plant. A series resonant circuit is to be used to produce a high...
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