2. Using the nominal value of L = 80MH, find XL 2nfL = 3. Find total reactance: XT =XL-Xc = 4. Using the nominal value of R = 190 2, calculate the total circuit impedance: Zr = V(R2+X1) =, $ = tan (XT/R) = , 5. Now find total current, inductor voltage, capacitor voltage, and resistor vol law: 6. Now find the total powers S, P, Q: Draw to scale a pha
2. Using the nominal value of L = 80MH, find XL 2nfL = 3. Find total reactance: XT =XL-Xc = 4. Using the nominal value of R = 190 2, calculate the total circuit impedance: Zr = V(R2+X1) =, $ = tan (XT/R) = , 5. Now find total current, inductor voltage, capacitor voltage, and resistor vol law: 6. Now find the total powers S, P, Q: Draw to scale a pha
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 2.

Transcribed Image Text:2. Using the nominal value of L = 80mH, find XL = 27FL =
3. Find total reactance: XT =XL-Xc =
4. Using the nominal value of R = 190 2, calculate the total circuit impedance:
Zr = V(R2+X?) =,
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$ = tan (XT/R) =,
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5. Now find total current, inductor voltage, capacitor voltage, and resistor voltage us
law:
6. Now find the total powers S, P, Q:
Draw to scale a phasor diagram that shows the relationship between the measi
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