QI) For the series magnetic circuit of Fig. 1: Find the value of I2 required to develop a magnetic flux. Q2) For the circuit of Fig. 2: Determine the time when the v=14.715 V and i-0.0285 mA. Q3) Given the waveform of Fig. 3 for the voltage across a 318 µF capacitor, sketch the waveform of the current Ic pass through the capacitor. Cast steel 4-0.5 x 10'm R ic 4= 6x 104 wb 8 kn - 20 V R2 15 µF E- 24 k 4 kf 2.39 K10 N, -120 turns 2A N, -150turns Area - 0.001 m (outer length) - 0.25 m 2.

QI) For the series magnetic circuit of Fig. 1: Find the value of I2 required to develop a magnetic flux. Q2) For the circuit of Fig. 2: Determine the time when the v=14.715 V and i-0.0285 mA. Q3) Given the waveform of Fig. 3 for the voltage across a 318 µF capacitor, sketch the waveform of the current Ic pass through the capacitor. Cast steel 4-0.5 x 10'm R ic 4= 6x 104 wb 8 kn - 20 V R2 15 µF E- 24 k 4 kf 2.39 K10 N, -120 turns 2A N, -150turns Area - 0.001 m (outer length) - 0.25 m 2.

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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Q1) For the series magnetic circuit of Fig. 1: Find the value of I: required to develop a magnetic flux. Q2) For the circuit of Fig. 2: Determine the time when the v,=14.715 V and i=0.0285 mA. Q3) Given the waveform of Fig. 3 for the voltage across a 318 uµF capacitor, sketch the waveform of the current Ie pass through the capacitor. + Vc Cast steel 40.5 x 10'm R D = 6x 104 wb 8 kn - 20 V R, 24 kfn 15 µF R,4 kn 2.59 x10" m N -120 turns N, 150turns Area - 0.001 m 6 (outer length )- 0.25 m Fig.2. Fig.I. Ve (v) 8. Fig.3. t (ms)
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