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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1. Given a cube box with a dimension of 1m each side and has a 5µC charge at the center of the cube box, Find: A. The Electric Flux on one side of the box B. If another 10µC charge is added on the cube box, what is the Electric Flux on one side of the box. C. The total electric flux on the box
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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