Phasor diagram should be neat nad clear ..Please thanks In the following figure, inductance L = 2H, resistance R = 302, capacitor C = 0.2F andVR = 6√√2cos2t volts. Determine the phasors IR, VL. and I show them on a phasor diagram.6чеееRIcAns: V = 10/53.13⁰ V; 1= 2.68/116.57⁰ amps

Answered: Image /qna-images/answer/45886ed9-b3e2-47f5-83d0-1ae03f053fec.jpg

Answered: In the following figure, inductance L =…

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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Determine the region where the poles of a second- order system without zeros must be so that the settling time is between 1 to 4 seconds, and the overshoot percentage is between 16.30% and 4.6%.
Q4 (a) (b) A 4-bus power system, as shown in Figure Q4a, of which the parameters are given in Table Q4a; the p.u. value of every component is given based on its own base values (rating). i) Draw an impedance diagram of the network, showing all impedances in p.u., on 1000 MVA and 20 kV base values in the Generator G3 zone. A three-phase short circuit occurs at busbar 3 through a rearance of j0.12 p.u., where the pre-fault voltage is 525 kV and the pre-fault current is neglected. Calculate the short circuit current in p.u. using Thevenin's Theorem. Describe the data required for each component of a typical power network when analysing faults, and the reasons for needing each item of data. T, bus 1 ∞to ΔΥ G₁ G₂ G3 T₁ T₂ Тз Transmission line: 150 Ω bus 4 T₂ bus 2 150 Ω 150 Ω G₂ YE bus 3 T₂ 머( YEA Figure 04a 500 MVA, 13.8 kV, XG1= 0.20 p.u. 750 MVA, 18 kV, XG2 = 0.18 p.u. 1000 MVA, 20 kV, XG3 = 0.17 p.u. 500MVA, 13.8 (A) /500 kV, XT1 = 0.12 p.u. 750 MVA, 18 (A) /500 kV, XT2 = 0.10 p.u. 1000…
Determine the region where the poles of a second-order system without zeros must be so that the settling time is between 1 to 4 seconds, and the overshoot percentage is between 16.30% and 4.6%.

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In the following figure, inductance L = 2H, resistance R = 302, capacitor C = 0.2F and VR = 6√2cos2t volts. Determine the phasors IR, VL and I show them on a phasor diagram.