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Q18. In the R-L-C series circuit shown, suppose R = 200 2, L = 70 mH, C = 2.0 μF, Vmax=80V and the angular frequency of the voltage source w = 2,000 rad/s. a d C oooo L (a) Find the reactances XL and Xc, and the impedance Z. (b) Find the maximum current amplitude, Imax and the maximum voltage amplitude across each circuit element. ( (c) What is the phase angle ? ( (d) Explain why the maximum voltage across each element add up to more than 80 V. 9 :c

Q18. In the R-L-C series circuit shown, suppose R = 200 2, L = 70 mH, C = 2.0 μF, Vmax=80V and the angular frequency of the voltage source w = 2,000 rad/s. a d C oooo L (a) Find the reactances XL and Xc, and the impedance Z. (b) Find the maximum current amplitude, Imax and the maximum voltage amplitude across each circuit element. ( (c) What is the phase angle ? ( (d) Explain why the maximum voltage across each element add up to more than 80 V. 9 :c

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Q18. In the R-L-C series circuit shown, suppose R = 200 0, L = 70 mH, C = 2.0 µF, Vmax = 80V and the angular frequency of the voltage source w = 2,000 rad/s. a d C oooo L (a) Find the reactances X₁ and Xc, and the impedance Z. (b) Find the maximum current amplitude, Imax and the maximum voltage amplitude across each circuit element. (c) What is the phase angle ? ( (d) Explain why the maximum voltage across each element add up to more than 80 V. ( C
Transcribed Image Text:Q18. In the R-L-C series circuit shown, suppose R = 200 0, L = 70 mH, C = 2.0 µF, Vmax = 80V and the angular frequency of the voltage source w = 2,000 rad/s. a d C oooo L (a) Find the reactances X₁ and Xc, and the impedance Z. (b) Find the maximum current amplitude, Imax and the maximum voltage amplitude across each circuit element. (c) What is the phase angle ? ( (d) Explain why the maximum voltage across each element add up to more than 80 V. ( C
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