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ASIACELL l. elearning7.uokufa.edu.iq – jaī ui Assume ro>> Rc Time left 0:35:36 Calculate the no-load voltage gain 18 V 3.3 kn 91 kn 110 kn HE 10 μF Vo R2 510 µF R1 10 µF B = 75 510 0 50 µF а. -389.6 b. -295.7 с. -210.3 d. -330.3 е. -179.2 f. -255.6 g. -440.3 h. -225.25

ASIACELL l. elearning7.uokufa.edu.iq – jaī ui Assume ro>> Rc Time left 0:35:36 Calculate the no-load voltage gain 18 V 3.3 kn 91 kn 110 kn HE 10 μF Vo R2 510 µF R1 10 µF B = 75 510 0 50 µF а. -389.6 b. -295.7 с. -210.3 d. -330.3 е. -179.2 f. -255.6 g. -440.3 h. -225.25

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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ASIACELL l. elearning7.uokufa.edu.iq – jaī ui Assume ro>> Rc Time left 0:35:36 Calculate the no-load voltage gain 18 V 3.3 kn 91 kn 110 kn HE 10 μF Vo R2 510 µF R1 10 µF B = 75 510 0 50 µF а. -389.6 b. -295.7 с. -210.3 d. -330.3 е. -179.2 f. -255.6 g. -440.3 h. -225.25
Transcribed Image Text:ASIACELL l. elearning7.uokufa.edu.iq – jaī ui Assume ro>> Rc Time left 0:35:36 Calculate the no-load voltage gain 18 V 3.3 kn 91 kn 110 kn HE 10 μF Vo R2 510 µF R1 10 µF B = 75 510 0 50 µF а. -389.6 b. -295.7 с. -210.3 d. -330.3 е. -179.2 f. -255.6 g. -440.3 h. -225.25
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