fo = 39.69 Hz 5. Calculate the resonance frequency fo of the circuit when the resistance R1 is connected in series with inductance Ll. NOTE: Show the complete solution and attach to the file. IL- 7. Still at resonant state based on item 5, measure the currents IL, IC, component ILsin®, and the total current I of the cireuit. Also determine the value of impedance Z by taking the ratio of V and I in item 7. IC ILsin® A A
fo = 39.69 Hz 5. Calculate the resonance frequency fo of the circuit when the resistance R1 is connected in series with inductance Ll. NOTE: Show the complete solution and attach to the file. IL- 7. Still at resonant state based on item 5, measure the currents IL, IC, component ILsin®, and the total current I of the cireuit. Also determine the value of impedance Z by taking the ratio of V and I in item 7. IC ILsin® A A
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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Question
Answer ONLY the items in number 07. Circuit Diagram is given below. Thanks!!!
NOTE: I only included number 5 question because it has connection to number 7.

Transcribed Image Text:fo =
39.69
Hz
5.
Calculate the resonance frequency fo of the cireuit when the resistance R1
is connected in series with inductance L1.
NOTE: Show the complete solution and attach to the file.
IL-
Still at resonant state based on item 5, measure the currents IL, IC, component
ILsin0, and the total current I of the circuit. Also determine the value of
impedance Z by taking the ratio of V and I in item 7.
А
7.
IC-
A
ILsine =
A
I=
A
Z=
Ω

Transcribed Image Text:I.
CIRCUIT DIAGRAM.
R1
$50
C1
120 Vrms
n 60 Hz
=265.25µF
o sw
Key = A
(L1
353.05m H
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