Find V, in the network shown8/30° V20JINj4Ω Ξ 40 10 (4) 2/0⁰ AO a. 0.4851 Cos ( 4t -140.04°)O b.0.4851 Cos ( 4t -134.04⁰ )O c.0.4851 Cos (4t-114.04° )O d. 0.4851 Cos (4t-54304°)

Answered: Image /qna-images/answer/85fbcce8-7076-4b83-afe4-2335bc84fbd6.jpg

Find V, in the network shown 8/30° V 20 ww jIQ j4Ω Ξ * V₂ j4Ω ΠΩ—— O a. 0.4851 Cos (4t-140.04°) O b. 0.4851 Cos ( 4t -134.04° ) O c. 0.4851 Cos (4t-114.04°) O d. 0.4851 Cos (4t-54304°) 2/0⁰ A

Find V, in the network shown 8/30° V 20 ww jIQ j4Ω Ξ * V₂ j4Ω ΠΩ—— O a. 0.4851 Cos (4t-140.04°) O b. 0.4851 Cos ( 4t -134.04° ) O c. 0.4851 Cos (4t-114.04°) O d. 0.4851 Cos (4t-54304°) 2/0⁰ A

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...

See similar textbooks

Related questions

Q: A non-sinusoidal voltage (e=20+15sin1000t+ 10sin3000t+5sin4000t) Volt is applied to the circuit…

Q: Problem 5 Find the equivalent inductance Leg for the network shown below. 72 mH oooo Leq 49 mH elle…

Q: VIt) =sin20 TTt-3 IT(E/s) + 3TT (E13)co10 TTE t sinc (E13) +A(-4)(oS 4けt find VIf) =? Sketch v It)…

Q: Q5: For the coupled circuit shown in Figure 3, find the voltage across the capacitor of -j102…

A: Taking KCL at VxVx-V15+j5+j2+Vx-V25+j5+j2+Vx-j10=0⇒Vx-105+j7+Vx-10∠905+j7-jVx10=0⇒2Vx-10-10j10 -…

Q: Find 12 in the circuit shown below. 4 13 30 15040° 712 a) 8.72-1.37⁰ b) 3/-48 7⁰ 5+j6 30/90° 6-j5 c)…

Q: assume that the voltage drop across the resistor ER is 78 v the voltage drop across the capacitor EC…

Q: A non-sinusoidal current source (iT=2+1.5sin1000t+ 1cos3000t-0.5sin4000t) A is ?applied to the…

Q: A non-sinusoidal current source (iT=2+1.5sin10o0t+ 1cos3000t-0.5sin4000t) A is applied to the…

Q: QUESTION 5 A resistor, a capacitor, and an inductor are connected in series with a function…

Q: 4. Design the network in the figure to have the following characteristics: BW - 500 Hz Qp = 30 i. i.…

A: It is Given that:BW=500 HzQP=30VCmax=1.8 V

Q: Draw the diagram for the two phasors as described. Please try to draw them to scale. Phasor A:…

A: diagram for the two phasors: Phasor A: magnitude 10, angle 45° Phasor B: magnitude 10, angle —45°

Q: 24. Find V a) 25√22-5° V b) 25√2285° V c) 25√22175° V d) 25√22-95°V e) none of these 50240° V 25 Ω…

Q: QUESTION 3 An inductor, a capacitor, and a resistor are connected in parallel with a function…

Q: The figure below shows with two batteries and three resistors. The potential difference across the…

A: The given circuit diagram is shown below,

Q: the sinusoidal current i using phasors.

Q: series RC circuit with R=4k ohms and C= 0.40 mF is connected to an AC voltage source e(t)= 100…

A: In this question we will find overall power factor and voltage drop across impedance...

Q: Write a report to compare between Ac Through capacitance and AC through in inductance then: For the…

Q: Find the equivalent impedance for the circuit in the Figure. 2n -j8N 10 N j5n ミー/22 Lea 14 0

Q: The sinusoidal voltage source in the circuit seen in (Figure 1) is operating at a frequency of 46…

A: supply voltage Vg(t) =399 cos(4.6×104t) V to find the value of K at maximum peal amperes of i1…

Q: The circuit shown in figure EM1-1 shows an AC voltage source VAC connected in series with a load…

A: We need to find out resonance frequency and impedance at resonance frequency.

Q: 12 cos 3t V R www + L m 4 sin 2t A 10 V If we would like to use Superposition to solve for vo in the…

Q: 72. Two capacitors, a 20 uF and a 30 µF, are connected in parallel to a 60-Hz source. What is the…

A: First we will find equivalant capacitance of parallel connected capacitors and than using following…

Q: A non-sinusoidal current source (iT=2+1.5sin1000t+ 1cos3000t-0.5sin4000t) A is applied to the…

Q: For the circuit of the following figure, if R=14 (2, 2c=-J26 (), and 2L=JTU11, inu the vValue Ul Zc…

Q: ind the limit using lim sin 0 = 1. 0. 0→0 X Csc 5x lim cos 9x

Q: Problem 3: Evaluate the following and give answers in rectangular form: a. e-j³ b. e6+j8 c.…

A: The given problem is from rectangular coordinate system. The expression in rectangular form: x+iy…

Q: (3) Find the phasors V₁ and V₂ for the waveforms below. You can use polar or cartesian notation. 9 s…

A: In this question We need to determine the polar and Cartesian form of the given waveforms. We know…

Q: Convert the following phasors into sinusoidal waveforms a. Vị = 20+j15 V, w= 10 rad/s b. Vị =…

A: “Since you have posted a question with multiple sub-parts, we will solve first three sub-parts for…

Q: 22. An inductor coil in series with an ammeter is connected across (to) a 120V, 60HZ rms 120 Z0°V).…

A: Solve above problem

Q: An rms voltage of 22.2 V with a frequencyof 1.00 kHz is applied to a 0.290-mH inductor. (a) What is…

A: (a) Write the given values. Vrms=22.2 VL=0.29 mHf=1 kHz

Q: For the network shown above, with all impedances are marked in pu based on a 100MVA base power, find…

A: Three bus system V2 = 0.9808-j 0.0578 pu V3=0.955-j 0.0434 pu V1=1 + j 0 pu We have to find slack…

Q: Find Is, In, I s, I, Is, Vi,Vz

A: as per our guidelines we are supposed to answer?️ only one question. Kindly repost other questions…

Q: Find the value of C in microfarads and L in henries. i, 3 sin(377r+ 60°) R K 120x₁20x50

A: Given data:

Q: A solenoid with an inductance of 0.25 H and a resistance of 100 is connected to a 120-V 60-Hz…

Q: QUESTION 3 An inductor, a capacitor, and a resistor are connected in series with a function…

Q: Which DMM measurement would you expect based upon the red and black leads in this image? OOV 2.5 V 6…

A: Equipment Function Voltmeter Measure AC and DC Voltage Ammeter Measure AC or DC Current DMM…

Q: The sinusoid of the phasor I =-15 50 i i(t)=I m Cos (ut+$) where: $= (---- ) ° Im=(--)A

A: Phasor is a vector representation of a sinusoidal function. A complex number can be represented in 3…

Q: 202

Q: Find v₁ and v2 for o= 10000 rad/sec. Sketch the waveforms for vs, v₁ and v₂. Repeat for 0= 100…

A: Given Data:DC and AC equivalent circuits of a main circuit having both,DC voltage andAC voltage To…

Q: For the resistor shown above what best describes its behavior at 1 MHz? O It responds primarily as a…

A: For normal frequencies the components such as resistors,capacitor and inductor work normally but at…

Q: QUESTION 3 Using Figure 23-24 on page 688 of your textbook, calculate the magnitude of the voltage…

Q: Find the half-cycle average value of the current through a resistance R connected directly across a…

A: Given data: The value of source voltage is: v(t)=9sin ωt. The expression for the current is given…

Concept explainers

Fourier Series

Most of the incidents studied in the field of Engineering and Science as a function of time. For example, current and voltage are in the alternating current circuit. These occasional activities can be analyzed in the activity components (fundamental frequency and harmonics) through a process called Fourier analysis.

Question

Find V, in the network shown
8/30° V
20
JIN
j4Ω Ξ 40 10 (4) 2/0⁰ A
O a. 0.4851 Cos ( 4t -140.04°)
O b.
0.4851 Cos ( 4t -134.04⁰ )
O c.
0.4851 Cos (4t-114.04° )
O d. 0.4851 Cos (4t-54304°)

Expert Solution

This question has been solved!

Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.

SEE SOLUTION Check out a sample Q&A here

Step 1

VIEW

Step 2

VIEW

Step by step

Solved in 2 steps with 2 images

SEE SOLUTION Check out a sample Q&A here

Knowledge Booster

Learn more about

Need a deep-dive on the concept behind this application? Look no further. Learn more about this topic, electrical-engineering and related others by exploring similar questions and additional content below.

Similar questions

Question2): Find the current and voltage for each element in the circuit shown and sketch the sinusoidal waveform X = 60 Xc = 10 N ll + VL - R = 40 + UR - e = 70.7 sin 377t (^ ZT
Help me please
QUESTION 4 A resistor, a capacitor, and an inductor are connected in series with a function generator. The resistor has a resistance of 1.5k2, the inductor has a reactance of 1.2kQ, and the capacitor has a reactance of 2002. The circuit has a total current of 172mA RMS. Find the total voltage. O 310V233.7 O 74.5VL-14° 188V273.2 O 44.4VL-25.3°
Find the equivalent capacitance for the following circuit. Round the final answer to the nearest tenth of a decimal point. Example 12.4uF or 2.7pF. 16uF 20uF 4uF 4uF 10UF 10UF
or the coupled circuit shown in Figure 3, find the voltage across the capacitor of -j1092 reactance with Vi=1020° V and V2=10290° V? j20 www www 50 50 V₁ 5 100 Figure 3 5 V₂
4) Find current phasor I for the following AC steady state circuit. j35 O -j14 2 12/0° V 103 n3 j25 Q
For the circuit below, R1=20 kOhm, R2=10 kOhm, RC=3.3kOhm and C1=C2=0.01 µF are given. Find the frequency value for the circuit for the given values. Draw the wave forms for O1, O2, VBE1 and VBE2.
An inductive impedance made up of a resistor and an inductor has the characteristic that its currentadvances in phase to the voltage at the impedance A) lags in phase with the voltage across the impedance B) is in phase with the voltage across the impedance. C) None of the above
Prob. I and Vc For the following RMS phasor circuit, a coworker has determined values for 50 Ohms 50 Ohms i,- 225 2253.13° = 190.92 + 254.56 VRMS R1 + R2 Vc = 237.17/26.565° = 212.13+ 106.07 VRMS 100 2 -3Z98.13° =-0.4243 + J2.970 ARMS C -j60 Ohms For this problem provide at least 3 digits of precision for the answers. The results for the following calculations are to be answered in - a) Find the current I b) Determine the real (P) and reactive(Q) power DELIVERED by the source c) Determine the real (P) and reactive (Q) power ABSORBED by each impedance ( resistors R1 and R2, inductor and capacitor). The values for P and Q can be positive or negative. Remember S =P+jQ, so do not include the j with your answer for Q. Each of these answers will require two parts. For the phasor a magnitude and angle will be needed. For the powers, The real power P and the reactive power Q are required.
1. Consider the two circuits below being driven by an AC source Vac. What is the impedance between terminals a and b as the frequency goes to zero? What is the impedance as the frequency become extremely high? ell L1 1 ΜΗ C1 1 µF C2 1 µF b t Vac sine L2 1 ΜΗ C3 1 µF L3 1 µH Vac sine
58. Two capacitors, a 20 µF and a 30 µF, are connected in series to a 60-Hz source. What is the total capacitive reactance? a. 117.96 N b. 221.04 N c. 253.05 N d. 333.16 N
12- At what frequency will the current lead the voltage by 30° in a series circuit with R = 8 N and C =30 µF ? Determine the impedance Z ? a) f = 1168.3 Hz & Z = 9.98 /-30° b) f = 1158.3 Hz & Z = 9.56 / 30° %3D c) f = 1148.3 Hz & Z = 9.24 /-30° b) f = 1138.3 Hz & Z = 9.444 / 30° II