Q.20 A single phase equivalent circuit for studying the transient voltage is given as shown below:-41 × 10 HV(t) = 11000 cos 314t VThe average rate of rise of restriking voltage is400 pF

Given- A single-phase equivalent circuit- To Find- The average rate of rise of restriking voltage.

Answered: Q.20 A single phase equivalent circuit…

Q.20 A single phase equivalent circuit for studying the transient voltage is given as shown below: V(t) = 11000 cos 314t V The average rate of rise of restriking voltage is 1 x 10 H voo 400 pF

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: 6. In a parallel circuit with two resistors of equal value and a total current flow of 12 amps, the…

Q: 2. A two bus power system is shown in figure. The Incremental fuel costs of the two generators in…

A: Given a 2 bus power system The incremental fuel cost of the 2 generators in Rs/MWhr is given…

Q: Q4. If Z = reje given in exponential form and Z = x+jy is its complex form, then x = r*cos(0) and y…

Q: answer asap find: IaA IbB IcC provide soln ty

Q: In the circuit in the figure below, determine the following. 200 Ω . 80.0 20.0 40.0 V 70.0 80.0 Ω .…

Q: RB 86 Kr Vec = lov RC = 500 s B = 36.

A: Dc load line is graph between collector current and collector-emitter voltage.

Q: The signal power at the input to an amplifier is 100µW and the noise power is 1pW. At the output,…

A: Given: For an amplifier, Input Signal power, Si=100 μW, Input noise power, Ni=1 pW, Output Signal…

Q: 3-1 The current through a meter movement is 150 μApk What is the da value if the instrument uses…

A: Note: Since you have asked multiple questions, As per the Bartleby guideline, Sill I am solving the…

Q: 35V 20.22 ≤60e 5022 15-2 Solve Using Basic Circuit Analysis, Find V drop and I Drop at 25 ohms 2552…

Q: Problem Imagine that the object is part of a spherical shell. It may be described as 3 ≤ r ≤ 5,60° ≤…

A: Given the object is the part of spherical shell. Given 3≤r≤5,60°≤θ≤90°,45°≤ϕ≤60° To calculate (d)…

Q: ) A 50 resistor has an emf of 100 V applied across it. (a) How much current flows through the…

Q: The following signal is periodic with the period of y [n] = cos(0.1mn) + 2 sin(0.1mm) samples

A: Given: y(n)=cos0.1πn+2sin0.1πn

Q: Our basis for the construction of line phasors is the COSINE function. A True B False

A: In this question we need to verify the given statement is true or false.

Q: For R1=4, R2-8, K-6, and I=45 in the circuit shown below, use KCL & KVL to find the following: R1 Ω…

A: In these questions We need to choose the correct options We know power P= VI Current I= V/R We are…

Q: Assume an RC circuit filter has the bode plot shown above. In units of dB, what is the magnitude of…

A: From the given bode plot the magnitude of the plot at frequency 900Hz should be calculated and the…

Q: 7) Using Kirchoff's Laws to solve the current across each resistor in the circuit below Vs 10V R1…

Q: find: Vac Vca Iab provide soln ty

A: In this question We need to determine the voltage Vac and Vca and current Iab as shown the…

Q: A 2-wire DC distributor AB is fed at both ends at the same voltage of 230 V. The length of the…

Q: Q1.) Find the current io(t)

A: It is given that:

Q: Find the power factor for the given circuit. 400 V 8Q 80 1400V 0 400 V 8 Ω roor 6Q 6Q 6Ω www

A: Given circuit- To find- The power factor.

Q: stion-1. ider the following circuit, assuming Vs=50 V, Rs = 1k, RL = 9k 2, and Vz= 10 V: Rs ww Is 2)…

Q: R₁ = 20 , R₂ = 30 2. R₂ = R₁ = R₁ = R6 = 60 N. Uq1 = Uq2 = 20 V R₁ R3 R₂ Uq² Uq¹ R4 Now I₁ = 2 A b.)…

A: (a) Calculation of open-circuit voltage UL, short-circuit current IK , and internal conductance Gi…

Q: 1 SCS+2)(5+1)³ Find yet) by Algebric Method FCs)=-

A: In this question we need to find f(t) of the given signal.

Q: For the common emitter (CE) circuit shown below, find the value for the output impedance Rout in…

A: Given data IC=7.0 mA VA=150 V RL=∞ RC=10 kΩ To find out We have to determine the value for output…

Q: a) An ideal differentiator is placed in series with an ideal lowpass filter with a gain of 8 and a…

A: In this question we need to find the following Find the overall frequency response and plot its…

Q: For a circuit element (not shown) of unknown type and impedance, assume the voltage is v(t) =…

A: To calculate the active and reactive power, we need to first find the RMS voltage and current: Vrms…

Q: Soru 1) Şekil 1'de gösterilen blok diyagramı sadeleştiriniz. Sadeleştirme yaparken her adımını…

A: Block diagram reduction method we need to transfer function by simplify the block.

Q: T Problem #3) Determine the phasor values of the current and the voltage if=13020 volts. Ī…

Q: Question-2 Consider the following circuit (assuming the ideal diode model): 11/ +1 245. DiciLV (a)…

Q: 3. Consider the following circuit: R₁ Vi(t)m H(s) = MR₂ + Assume that prior to t=0, the capacitor…

Q: Select one: O a. The range of values of k for which the controller stabilizes the unstable plant…

A: We need to select correct option to stabilize the given system .

Q: 4. Solve for the line and phase currents in the Y- A circuit. Take ZA=60<45° Ohms. Calculate the…

Q: Calculate the value of the resistors R, through R, in the circuit of Fig. 2-32. R₁ www ₁-50 μA R = 2…

Q: 1-4 A d'Arsonval meter movement with a full-scale deflection current rating of 200 μA and an…

A: Answer: Full-scale deflection current Ifs = 1 mA internal resistance Rm = 500Ω of an half-wave…

Q: Simplify the following Boolean expression using a K-map: f(w, x, y, z) = Σ(1, 2, 3, 5, 6, 7, 8, 10,…

Q: In the balanced three phase power measurement using two wattmeter method, each wattmeter reads 12…

Q: 1. Which resistance(s) has no effect on the value of vo? a. 4 ohms b. 260 ohms c. 16 and 260 ohms…

Q: Consider a circuit that contains two switches as shown in Figure Q4. The switch on the right-hand…

A: Given a circuit having 2 switches (a) To find the expression for iLt (a) To find the expression for…

Q: 4) Reduce the block diagram of the system using Mason's Rule. Rist Dy Xx(x) -26 -24

Q: Zener Diode Calculate the (a) load voltage, (b) voltage across resistor R, (c) current flowing in…

A: Note: As per your company guidelines we are supposed to answer the first 3 sub-parts , Kindly repost…

Q: P5. For the circuit in the figure below, find the emitter, base, and collector voltages and…

Q: Find the rms voltage, V1.rms, across the primary coil of the transformer. V1.rms [V]:

A: In this question We need to determine the rms current in the secondary side, voltage across the…

Q: Which of the following is the correct filter type for this RC circuit? a. Lowpass filter b. Highpass…

Q: In units of dB, what is the magnitude of the transfer function at f = 900 Hz, |H(f = 900 Hz)|db?…

A: From the given bode plot the magnitude of the plot at frequency 900Hz should be calculated and the…

Q: Compute for the total consumption in 30 days should charges 4.50 per kWhr. Hour of Consumption per…

Q: Part A. Find the magnitudes and angles in degrees for the following complex numbers: (a) If Z₁ = 14…

A: In this question We need to determine the unknown impedances. We are solving basic property of the…

Q: Q4/A 2000 MW control area I is interconnected with a 10000 MW area 2. The 2000 MW area has the…

A: Given data P1=2000 MW P2=10000 MW Area 1: Parameters: R=2.0 Hz/p.u., D=0.01 p.u. load power PL=20…

Q: 1. Consider the following circuit: R ww Vi(t) C + Vc(t) Assume the switch is closed at t = 0, and…

Q: 1. An iron ring has its mean length of flux path as 60 cm and its cross sectional area as 15 cm ^2.…

A: Final answer is Current I = 1145.91 AT Bair = 2.4 x 10-3 T

Q: Question 3 a) If the voltage waveform depicted in Fig. 7.41 is applied across the terminals of a 1…

Question

Q.20 A single phase equivalent circuit for studying the transient voltage is given as shown below:
-4
1 × 10 H
V(t) = 11000 cos 314t V
The average rate of rise of restriking voltage is
400 pF

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 1 images

SEE SOLUTION Check out a sample Q&A here

Knowledge Booster

Sinusoids and Phasors of Alternating Circuit

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

An air line has a characteristic impedance of 70 ohm and a phase constant of 3 rad/m. Calculate the inductance per meter and capacitance per meter of the line.
A lightning strikes a 30-m unshielded over-head transmission line tower Which has the following parameters Surge impedance of the tower= 100ohms Surge impedance of lightning channel at tower top =500ohms Tower-footing resistance=10ohms Tower height =30 m Cross-arm height=27m The lightning strike current is assumed to be a constant 30 kA for a duration of 20 µs. The raveling wave propagation speed in the tower is 1.2* 108 m/s. i) Determine the voltage reflection coefficients at tower top and tower foot. ii) Ignoring the phase voltage, determine the insulator voltage after 2µs.
A lightning strikes a 30-m unshielded over-head transmission line tower Which has the following parameters Surge impedance of the tower= 100ohms Surge impedance of lightning channel at tower top =500ohms Tower-footing resistance=10ohms Tower height =30 m Cross-arm height=27m The lightning strike current is assumed to be a constant 30 kA for a duration of 20 µs. The raveling wave propagation speed in the tower is 1.2* 108 m/s. i) Determine the voltage reflection coefficients at tower top and tower foot. ii) Determine the time of travel from tower top to tower foot. iii) Determine the time of travel from cross arm to tower foot. iv) Draw the voltage lattice diagram with proper labels of the time. v) Ignoring the phase voltage, determine the insulator voltage after 2µs. b) The insulator voltage approaches a constant value after 2 µs. If the basic impulse insulation level (BlL) of the insulator for phase conductor is 150 kV, evaluate the condition of the…
A lightning strikes a 30-m unshielded over-head transmission line tower Which has the following parameters Surge impedance of the tower= 100ohms Surge impedance of lightning channel at tower top =500ohms Tower-footing resistance=10ohms Tower height =30 m Cross-arm height=27m The lightning strike current is assumed to be a constant 30 kA for a duration of 20 µs. The traveling wave propagation speed in the tower is 1.2* 108 m/s. a)draw the voltage lattice diagram with proper labels of the time b) ignoring the phase voltage, determine the insulator voltage after 2µs. c) The insulator voltage approaches a constant value after 2 µs. If the basic impulse insulation level (BlL) of the insulator for phase conductor is 150 kV, evaluate the condition of the insulator and conclude the type of power quality problem that will occur for an end-user facility connected to the transmission line. Assume that the surge arresters and circuit breakers at the end-User facility are working properly.
Please solve for following based on attached circuit: average laod current RMS load current average load power absorbed apparent source power
For a 152 kV, 60 Hz system, the capacitance up to the location of the circuit breaker is 0.020 micro Farad and the frequency of oscillation is 15 kHz respectively. Calculate the following : (i) inductive reactance of the line (ii) The maximum value of restriking voltage across the contacts of the circuit breaker. (iii) The maximum value of RRRV. ( expected time 10 minutes)
In 132 kV transmission system, the phase to ground capacitance is 0.01micro F. The inductance being 4 H. Calculate the voltage appearing across the pole of a circuit breaker if a magnetizing current of 9 A is interrupted. Find the value of resistance to be used across contact space to eliminate the striking voltage transient.
3-phase single circuit 132 kV overhead line has conductors of diameter 1.8 cm each. Thespacing between conductors is 4 m, 6 m and 9 m. Find the inductance per phase per km.[1.35 mh]
A relay coil is connected to a 210V, 50Hz supply. If it has a resistance of 30Ω and an inductance of 0.5H, calculate thea pparent power and the power factor.
A 230 kV, 3-phase, 50 Hz, 200 km transmission line has a capacitance to earth of 0.03 µF/km per phase. Calculate the inductance and kVA rating of the Peterson coil used for earthing the above system.
For a driven series R⁢L⁢C circuit, the voltage amplitude V0 and frequency f of the voltage generator are 111 V and 211 Hz, respectively. The circuit has resistance R=415Ω, inductance L=0.312 H, and capacitance C=6.23 μF. Determine the average power Pavg dissipated across the resistor.
A 8 pole wave wound shunt generator delivers 205A at a terminal voltage of 200V. Ra and Rsh are 0.07Ω and 35Ω respectively. Neglecting brush drop, determine (i)Power developed.