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After connecting a 4.71µF capacitor to an AC-RLC circuit with a constant voltage amplitude, you get the following (frequency , current) pairs, (f in Hz, I in mA) = (200.0 , 6.62) , (250.0 , 8.66), (300.0, 10.95) , (350.0 , 13.46), (400.0 , 16.04), (450.0, 18.36), (500.0, 19.96), (550.0 , 20.50), (600.0 , 20.05) , (650.0, 18.95), (700.0 , 17.59), (750.0, 16.21) , (800.0 , 14.92). What is the inductance of the

After connecting a 4.71µF capacitor to an AC-RLC circuit with a constant voltage amplitude, you get the following (frequency , current) pairs, (f in Hz, I in mA) = (200.0 , 6.62) , (250.0 , 8.66), (300.0, 10.95) , (350.0 , 13.46), (400.0 , 16.04), (450.0, 18.36), (500.0, 19.96), (550.0 , 20.50), (600.0 , 20.05) , (650.0, 18.95), (700.0 , 17.59), (750.0, 16.21) , (800.0 , 14.92). What is the inductance of the

Introductory Circuit Analysis (13th Edition)
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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After connecting a 4.71µF capacitor to an AC-RLC circuit with a constant voltage amplitude, you get the following (frequency , current) pairs, (f in Hz, I in mA) = (200.0 , 6.62) , (250.0, 8.66), (300.0 , 10.95) , (350.0 , 13.46) , (400.0 , 16.04), (450.0 , 18.36), (500.0, 19.96), (550.0 , 20.50), (600.0 , 20.05) , (650.0 , 18.95), (700.0 , 17.59) , (750.0 , 16.21), (800.0 , 14.92). What is the inductance of the inductor in your circuit?
Transcribed Image Text:After connecting a 4.71µF capacitor to an AC-RLC circuit with a constant voltage amplitude, you get the following (frequency , current) pairs, (f in Hz, I in mA) = (200.0 , 6.62) , (250.0, 8.66), (300.0 , 10.95) , (350.0 , 13.46) , (400.0 , 16.04), (450.0 , 18.36), (500.0, 19.96), (550.0 , 20.50), (600.0 , 20.05) , (650.0 , 18.95), (700.0 , 17.59) , (750.0 , 16.21), (800.0 , 14.92). What is the inductance of the inductor in your circuit?
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