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a) If input voltage = 235Cose of the following figure.2, then draw the voltage curve across the Ri indicating numerical value. b) Again, if the input voltage of figure.2 is same as figure.1, then draw the voltage curve across the Ri indicating numerical value. 10:1 IDEAL 155V 0° Input 180° 360° 7y figure.1 figure.2 www

a) If input voltage = 235Cose of the following figure.2, then draw the voltage curve across the Ri indicating numerical value. b) Again, if the input voltage of figure.2 is same as figure.1, then draw the voltage curve across the Ri indicating numerical value. 10:1 IDEAL 155V 0° Input 180° 360° 7y figure.1 figure.2 www

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
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a) If input voltage = 235Cos0 of the following figure.2, then draw the voltage curve across the Rz indicating numerical value. b) Again, if the input voltage of figure.2 is same as figure.l, then draw the voltage curve across the RL indicating numerical value. IDEAL 10:1 155V Input RL 0° 180° 360° figure.1 figure.2
Transcribed Image Text:a) If input voltage = 235Cos0 of the following figure.2, then draw the voltage curve across the Rz indicating numerical value. b) Again, if the input voltage of figure.2 is same as figure.l, then draw the voltage curve across the RL indicating numerical value. IDEAL 10:1 155V Input RL 0° 180° 360° figure.1 figure.2
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