Answered: For the circuit shown, the following…

For the circuit shown, the following mesh currents are given: IA=1.92Z 2.10 A IB = 1.30Z -2.12 A Ic 2.0/2.62 A What is the value of the voltage VB? j50 j10 20 22- 102 40 VB I Vc Ic

Power System Analysis and Design (MindTap Course List)

6th Edition

ISBN:9781305632134

Author:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma

Publisher:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma

Chapter6: Power Flows

Section: Chapter Questions

Problem 6.61P

See similar textbooks

Related questions

Q: Use Mesh Analysis to find lo. Write your answer with 2 decimal places. Follow this format:…

Q: O: For the network shown in figure (4), find the current In indicated in the circuit. 60 E = 10 V Z…

A: Given:

Q: Brief Summay for Kirchhoff's Voltage Law nad Kirchhoff's Current Law and their difference Please…

Q: Problem 01: For the following parallel network, the supply voltage E = 200VZ30° with 250 rad/s as…

Q: Exercise 2 Calculate the currents in the circuit. R Given: R = 5 N, XL = 10 2, Xc= 5 0, E = (-10 –…

A: Exercise 1-- Given, R= 10 ohmXL=ωL=10 ohmXC=1/ωC = 10 ohmE1= 100 VE2 = -200 j

Q: Determine re. 16 V 270 kn B- 110 2.70 O 16.32 ohms O 18.11 ohms O 8.72 ohms O 9.81 ohms

Q: 2 H ele 10 Ω vo 3Ω 32 sin 4t V ww

Q: Determine the voltage Vo in the given circuit using Nodal Analysis 2 mA 12V X k. 1 kl V. 8 mA ww ww

A: The given circuit is: X=2 and y=1

Q: Find the mesh currents in the following circuit. 40 2 j102 rell ww 40/30° V -j20 2 50/0° V

A: The given circuit is,

Q: Problem 01: For the following parallel network, the supply voltage E = 200VZ30° with 250 rad/s as…

Q: 1. Using mesh current method, dcetermine the currents Ix, ly and Iz. 100 Ic ww 100 Iz 100 100 Ix la…

Q: Calculate the mesh currents in the circuit. 45 V Μ ΖΩ Μ ΤΩ 12 Ω ΦΩ M .24 ½2 3Ω 30 V

Q: Q3) For the network of Figure below: a. Determine re. b. Determine Zi and Zo . c. Calculate…

A: Given R1=27 kΩR2=68 kΩRc=4 kΩRE=3 kΩ β=70r0=60 kΩ

Q: Homework 01: Determine the current through the resistor RI in the circuit shown below using the mesh…

A: In this question we will find current through R 1 using mesh analysis..

Q: Use mesh current method to determine the voltages labeled below. 10Ω 20 + + -j42 12020 j42

Q: Use mesh analysis to ob tain io in 60V the circuit. 孝40 +) 120V 1 40A

A: Consider the given circuit, Let current flow through 1 Ohm resistor is Ix. Apply KCL and find the…

Q: Using Source Conversion, determine IL in the circuit shown in figure 1.1. R1 | 4A RE24 N RE14 N E -…

A: The circuit diagram is shown below: First, we will transform the voltage source into the current…

Q: 1. Find the current Is using Ohm's and Wye Delta Transformation. 12 k 18 kn 6 k 12 V 4 kn

Q: Problem 01: For the following parallel network, the supply voltage E = 200VZ30° with 250 rad/s as…

A: In this question we will find voltage drop across R1 in polar form...

Q: QT3. Determine the branch currents in the circuit in Figure 26. 20 20 20 20 20 20 5 30 V 10 Figure…

A: The solution is given below

Q: 4. Using delta – wye Transformation find the total resistance measured from terminals A and B. 10 10…

A: we need to determine RAB using delta wye transformation.

Q: odal analysis to obtain the voltage (V.) in the circuit below 10 V 12V 4Ω ww ίνο Μ Μ 316 6Ω ΖΩ

Q: For the circuit below, find the current I. 20 j60 ell HE -j20 j20 ell 10 I -j20 j40 24 Va -j20…

A: The solution is given below

Q: 42. Using Kirchhoff's rules, calculate the current I, in the circuit as shown. 1 13 12 -10 2 62 ww…

Q: Determine the voltage, Vo in Figure 3 using thevenin theorem. + + Vo 22 2A 4A 12V 22. 20 Figure 3 (+…

A: In this question we need to find a voltage Vo by using Thevenin theorem.

Q: . Determine the current Ix and ly in the circuit given in figure 2. 20 0 12A SA 60 13 0 3.

A: Given Circuit,

Q: 1. As shown in Figure 1, use mesh analysis to find the current I. 202 60Ω + 20V + 10A 30Ω 90V Figure…

Q: For the cireuit shown in figure 3, determine by using loop analysis; the values of ix. 0.04 H 10 cos…

Q: Problem 01: For the following parallel network, the supply voltage E = 200VZ30° with 250 rad/s as…

Q: Solve for the mesh currents, bb and I, in the circuit shown 10 V 20 :) 20 V search term 40 20 O a=…

A: Given diagram

Q: Find the voltage across 18 A current source in the circuit using Nodal Analysis. 4Ω. ww 10 Ω (1) 42'…

Q: 342 LF 18 4A 24V find v(t>o) = ?? -3t しt): 24-80 こ 24-80 %3D

A: Brief description : In the above given question they have mentioned a transient circuit . For the…

Q: 1220 v 12 V.07i Ix ji0 le jia le 12 21x

Q: Calculate i, io, Vo shown in the circuit 12V 4Ω a b 6Ω io. + να 13 Ω I

A: Given, The circuit is,

Q: 4 6 A 3. For the circuit above: R₁ 502 R₂ R₁₁ 7A 40 802 a. Use nodal analysis to calculate the…

Q: Find the current iz in the circuit below: i, 80 30 30 V ww

A: According to the question we have to calculate the value of i2 with the help of given circuit.

Q: ain and use it to find the current I 12.5A 10n 12V 15 20A

Q: Calculate the load current IZ in mA if E=20V, R=300 ohm, RL=550 ohm VZ=12V

A: In this question, We need to Calculate the load current IZ in mA if E=20V, R=300 ohm, RL=550 ohm VZ…

Q: Determine I, using Norton Theorem. 4 12 ele In -j30 ww 82 ww 10/0° V 2/-90 A 10 2

A: The solution is given below

Q: Determine VGs for the given circuit. 20 V 1.5 kN Ipss = 10 mA Vp = -4 V Vps

A: From the diagram we can observe that Gate terminal is connected to ground (zero potential) and…

Q: Calculate the surrent Ix for circuit given below. ji n} 310 |2/0° A 10 R231N 12/0º v :-j1 N 310

A: Nodal Analysis - It is used to find node voltage using Kirchhoff's current law. Kirchhoff's current…

Q: Consider the circuit given below. t = 0 10Ω + 3Ω VL36 nH If V= 9 V, determine ix, İL, and v at…

Q: (a) For the circuit given in Figure 2, obtain the current, I using mesh analysis. 52 0° A jl N 20 L…

A: Fig: Given circuit convert the both current source into…

Q: In the circuit shown below, determine (a) load current; (b) the load voltage and power; (c) current…

Q: Wye to Delta Transformation: Example 5.2: Using wye to delta. a 102 Rea 10 2 Figure 5.4 Convert the…

A: Find the equivalent resistance using star to Delta conversation. This network is combination of…

Q: (22)Use nodul analysıs to fin the power in (552) resis tor. [ 149.05 W) 15 i 252 Yu.52 125V- 8.2…

A: The circuit are given as

Q: Problem 01: For the following parallel network, the supply voltage E = 200VZ30° with 250 rad/s as…

Q: ig. 4.88 to a single voltage source in series ngle resistor. 102 202 40 2 12 V 16 4.88 4 20 +1

A: In this question , we have to convert this circuit into single voltage source in series with a…

Question

100%

Please answer correctly. Thank you

For the circuit shown, the following mesh currents are given:
IA=1.92Z- 2.10 A
IB = 1.30Z - 2.12 A
Ic
2.0/2.62 A
What is the value of the voltage VB?
j50
j10
t) 24-A
104-
V.
40
VB IB
20
Vc
Ic
O 2.50/ 2.07 V
O 12.87/1.03 V
O 2.50/1.07 V
+.

Expert Solution

This question has been solved!

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

This is a popular solution!

SEE SOLUTION Check out a sample Q&A here

Step 1

VIEW

Step 2

VIEW

Trending now

This is a popular solution!

Step by step

Solved in 2 steps with 1 images

SEE SOLUTION Check out a sample Q&A here

Similar questions

Determine the DC currents (la. lc and I) and dc junction voltages (Var Ver and Vca) la-Blank 1 mA, le-Blank 2 mA, I-Blank 3 mA, Var Blank 4 V, Vcr Blank 5 V and VcB - Blank 6 V Use 2 decimal places. Use the following values. VBB= 3V RB= 5kOhms Rc=232 ohms Vcc =18 V BDC=65
Please show you detailed solution Number 10 A voltage of 250 volts at 50 Hz is impressed on a circuit having a 60-ohm resistor, 35-?F capacitor, and a 0.25-henry inductor in series. Determine power factor. A. 0.979 C. 0.924 B. 0.862 D. 0.707
4. Design the network in the figure to have the following characteristics: i. BW - 500 Hz ii. Qp = 30 iii. Vemax = 1.8 V 0.2 mA Z0° C7 R, = 0 N
If the voltage V, = 800 mV, then the current flowing in the load I, is: %3D -j20n Select one: O a. None of these O b. Is 100 <-90° mA O c. Is 5.0<.-90° A O d. Is 5 <90° mA ell
Determine the DC currents (B. Ic and le) and de juncion voltages (VBE, VCE and Vca) mA. Ic ma, E mA VBE= V. VCE Vand VCB Use 2 decimal places. RB Use the following values: VBB = 3V RB = 4 kQ Rc = 166 0 Vcc = 19 V BDC = 70 %3D %3D VCC RC VBB
6. What is the effect of load inductance on the ripple current? 7. i effect of chonnine Bock and boost 8. Wh 9 What chopping 10. At what duty evcle does the load current rinnle current he
If T = 0.6Z – 60° and A = 48cm find the position of the first voltage minimum on the line. Select one: O a. The first voltage minimum is at 2cm from the load. O b. The first voltage minimum is at 72cm from the load. O c. The first voltage minimum is at 8cm from the load. O d. The first voltage minimum is at –4cm from the load. O e. The first voltage minimum is at 20cm from the load. O f. The first voltage minimum is at 32cm from the load. O g. The first voltage minimum is at 44cm from the load. O h. The first voltage minimum is at 24cm from the load.
DC-AC Circuits Express R1 using Rx, Ry, and Rz when performing wye to delta conversion R3 Rx Rz R2 R1 Ry O A. (Rx+Ry)(Ry+Rz)(Rx+Rz) Rx В. RyRz Rx+Ry+Rz O C. Ry+Rz RXRYRZ O D. RXRYRZ Ry+Rz OE. RxRy+RyRz+RXRZ Rx
In the figure: R1 = 1439.170, R2 = R1 and R3 =2R2, then determine the value of the voltage source E. a 8 mA 10 mA 2 mA RT R1 R2 R3 O 25.33 11.51 O 17.27 15.43 13.82 +
6. The main difference between resistance R and capacitive reactance X, is that (a) Xc is the same for both DC and AC signals, where R depends on frequency of the AC signal (b) R is the same for both DC and AC signals, where X depends on the frequency of an AC signal (c) R is measured in ohms and X is measured in farads (d) None of the above
For the circuit diagram in figure Q22: which of the following is the total impedance? 12 Ri 10R R2||5R Figure Q22 V 220V40 50HZ L1 315mH C1=350uF O a. 3.33/0° O b. 4.71290°2 O c. 7.3304-19.66° O d. 10.37261.19°2
Based on Figures la,1b and 1c and RLC elements, write a discussion on voltage-current relations and power factor.