(c) The voltage V(t) of a supply at regular intervals of At = 0.01 s, over a half-cycle, isfound to be {0, 19.5, 35, 45, 40.5, 25, 20.5, 29, 27, 12.5, 0}. Using Simpson's rule findthe rms (root mean square) value (in volts) of the voltage over the half-cycler0.1(rms)?0.1V(1) dtaccurate to three decimal places.

SIMPSON'S RULE : Simpson's rules are a set of approximations for definite integrals named after…

The voltage V(t) of a supply at regular intervals of At = 0.01 s, over a half-cycle, found to be {0, 19.5, 35, 45, 40.5, 25, 20.5, 29, 27, 12.5, 0}. Using Simpson's rule fi %3D the rms (root mean square) value (in volts) of the voltage over the half-cycle 0.1 (rms)? = 0.1 " v( at %3D

The voltage V(t) of a supply at regular intervals of At = 0.01 s, over a half-cycle, found to be {0, 19.5, 35, 45, 40.5, 25, 20.5, 29, 27, 12.5, 0}. Using Simpson's rule fi %3D the rms (root mean square) value (in volts) of the voltage over the half-cycle 0.1 (rms)? = 0.1 " v( at %3D

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

Chapter2: Fundamentals

Section: Chapter Questions

Problem 2.32MCQ: While the instantaneous electric power delivered by a single-phase generator under balanced...

See similar textbooks

Related questions

Q: For the following system, find the state space model. Consider vi input, vo output. Choose states…

Q: calculate the line e.m.f.

Q: The Super Low Frequency band is from 30 to 300 Hz. For a DSBSC AM signal with a carrier frequency of…

A: The solution is given below

Q: I. Stability II. Steady-state error III. External disturbances IV. Transient response I, II, and II…

A: Correct option is A part

Q: Design a combinational logic circuit with four inputs (a,b,c,d) and one output F. It has the…

Q: QIFind the no-load phase and line voltage of a star-connected, 4-pole,50 Hz alternator, having flux…

Q: Write out the state space equations of the following circuit with loop and nodal analysis. Ni N2 +…

Q: 3. Simplify in rectangular form: In (7 + 12i)

A: given function is ln(7+12i) we are asked to find the simplified rectangular form

Q: A half-wave rectifier is connected to an AC source of 20 Vm(peak). The de output voltage is 65Vdc…

A: The solution is given below

Q: Problem 2 Draw block diagram V1 - input V2 - output Ro -R2 V2

Q: (b) Compute the logic effort and parasitic delay of the following gates (assume Hn= 2µp): |(i) 3…

A: Note: We are authorized to answer one question at a time since you have not mentioned which question…

Q: If vị is 6V, determine vo. 10 k2 10 k2 Og o 48 k2 S k2 6 k2

A: Considering the op amp ideal So we can use the concept of virtual short with negative feedback

Q: A 3Ø, 2000KW, 480V ∆-connected alternator is short-circuited and is operated at rated speed to…

A: Delta Connection: A delta connection is made up of three passive components that are either the same…

Q: a) Define the function of opamp circuit given below. b) If the voltage gain is 50 for the circuit…

A: (a) The function of above op-amp circuit is that,it will amplify the amplitude of input signal…

Q: Draw the Volt-ampere characteristic curve of the device and explain.

A: V-I characteristics is the Characteristics between voltage and current. Given diode is a simple P-N…

Q: A 6-pole, 50 Hz, 3-phase induction motor has a full load speed of 950 rpm. Its speed in RPM at half…

A: In this question, We need to determine the speed in RPM at half load? If 6-pole, 50 Hz, 3-phase…

Q: Find the inverse Fourier transform of the rectangular pulse spectrum defined as, X(e® ) = 1 ; |0| <…

A: It is given that: Xejω=1 ; ω≤10 ; 1≤ω≤π

Q: I. L1 V1 1002 +. 10mH 24.0Vrms REF2 500HZ 0° 0

Q: 11. Simplify in rectangular form: (2 – 3i)³ + In e3+4i -

Q: Which are the advantages of an open-loop system 1. Accurate response II. Less time for maintenance…

Q: KUESTION 1 a) AC equivalent model is derived from the Bipolar Junction Transistor (BJT) modelling.…

A: AC equivalent model is derived from the Bipolar Junction Transistor (BJT) modelling. We need to…

Q: A series circuit consisting of 5 ohm resistance and 79.98 mH inductance is connected across a 220…

Q: Which are the disadvantages of a closed-loop system I. Complexity in hardware and software II.…

Q: 1. In the network shown below, use mesh-current method to determine the branch currents. 30 V

Q: 12. The following transfer function describes digital system Test the stability of this equation:…

A: Consider denominator of the transfer function and find roots of that function That will give poles…

Q: If X(e") = ei 3 ; | ®|<1 = 0 ; 1< 0< T, Find x(n) and plot.

Q: Q1:- An electric field intensity in a lousy medium (Note that: it is not a free space) is of the…

Q: 1 X(s) s+1 Y(s) s+ 4 3.

Q: +VDD Rp C2 Vout C RL Vin RG Given: • VDD =18 V - RG =20 Mohms · Rp = 462 ohms • RL = 19 kohms •…

A: The solution is given below

Q: For the BJT, B=D00, VBE on=0.7V VCE sat=0.7V. The switch is initially closed. At t=0, it is opened.…

Q: Find V, for the circuit given below. 40 k2 o vo o ww 20 k2 v, = 6 V, v, =?

Q: +Vcc (b) +Vcc (a) V, Vin +Vc Vo R1 R2 V, Vref Vo -Vcc -Vcc

Q: Determine the complex exponential Fourier series representation for the following signal: x(t) =…

A: We need to find out exponential Fourier series coefficient of given signal

Q: A three-phase, six-pole, squirrel-cage induction motor is to be controlled by terminal voltage…

A: Given full-load efficiency=0.9 output power Pout=50kW Power factor =cosϕ=0.85 Therefore, input power…

Q: As an electronic engineer, you are requested to design a JFET common-gate configuration with the…

A: We need to find out current and voltage for given circuit

Q: Text alignment used to describe how text is placed on the screen. Which of the statement is best to…

A: We are authorized to answer one question at a time, since you have not mentioned which question you…

Q: 4) DETERMINE Vo AND Io. foom- Io j4 IL Vo of 4L-30( 4

A: 4) To determine Vo and Io in the given circuit

Q: Select the information needed to draw a functional block diagram. I. Choose either open-loop or…

A: Functional diagram is the graphical representation of the system in which we used to draw blocks…

Q: 13. Simplify in rectangular form: il <450 Enter your math answer

Q: USING NO DAL ANALYSIS, END V, and V2 . V2 3asin 2t A 22 Vx 2H

Q: Why the open-loop system is unsuitable for motor position control I. Affected with disturbance II.…

A: Open loop controllers are not used for motor position controls as open loop system is not reliable…

Q: PROBLEM: A unity feedback system has the following forward transfer function: G(s) = 1000(s + 8) %3D…

Q: Implement the following Boolean function with an 8 x 1 multiplexer : F(A, B, C, D) =Σ (0,…

A: We need to design the given Boolean function by using of multiplexer

Q: Suppose that we are given the following information about a signal x[n]: 1. x[n] is a real signal.…

A: By using the properties of Discrete Time Fourier Series....

Q: ex for the Civouit Shown Comfute ų and nodal ateLysiS using 145 Yolt

Q: FEEDBACK AND CONTROL SYSTEMS Instructions: • Write the GIVEN with their respective symbols and…

Q: Si +12 Vo IR Vo red 680 Compute for the voltage drop across the Silicon diode in the circuit shown.…

A: The solution is given below

Q: 1. A9-V DC power supply will be used for this experiment. Where do you connect the leads from the…

A: NOTE :- As per our company policy, only FIRST 3 sub-parts of a Question can be answered at a time,…

Q: Implement the following logic function f = ABC+ A B C + A BC + ABC using: 1. The PAL IC shown below.…

A: The implementation of the following equation

Q: (b) Show that the following circuit identities holds X X

A: Fault-tolerant quantum logic The concept of generating fault-tolerant operations to execute logic on…

Concept explainers

Transmission Line Parameters

The performance of a power system is mostly determined by the producing stations and transmission lines in the system which can be studied with the help of transmission line parameters.

Question

(c) The voltage V(t) of a supply at regular intervals of At = 0.01 s, over a half-cycle, is
found to be {0, 19.5, 35, 45, 40.5, 25, 20.5, 29, 27, 12.5, 0}. Using Simpson's rule find
the rms (root mean square) value (in volts) of the voltage over the half-cycle
r0.1
(rms)?
0.1
V(1) dt
accurate to three decimal places.

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

INTRODUCTION

VIEW

SOLUTION

VIEW

Step by step

Solved in 2 steps

SEE SOLUTION Check out a sample Q&A here

Knowledge Booster

Transmission Line Parameter (T-parameter)

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

In the circuit given on the side Ra=Rb=Rc=Basic frequency of 13 Ohm loadsit is powered by an AC voltage of f= 60 Hz. Power derived from the sourceits value was measured as Pk=9372.12 Watts. Each switchingthe element is triggered in such a way that it will be at 180 degrees.The DC bus voltage (E=?) and the effective value of the ic phase current(ic rms=?) calculate.
If for example communication power is often normalized by assuming R to be a unity in Ohms, although R may be another value in actual circuit. If the actual value of the power is required, it is worked out by de-normalization of the normalized value. Use the above to determine the instantaneous power, given time interval to be (-4,4) and x = 2 + t2.
• Zh = 100 ohm • Draw the pu reactance diagram by taking Ut(base) = 132kV, St(base) = 100MVA. If the 33 kV busbar voltage is kept constant at 30 kV and 0.8 inductive 50 MVA power is drawn from this bus, what is the voltage at the synchronous machine ends?
S.2) The serial impedance of the 300 km power transmission line is 23 + j75 ohm / phase and the shunt acceptance is j500 microS / phase. A power of 50 MW with a power factor of 0.88 under 220 kV interphase voltage from the end of the power transmission line being shot. Using these data of the energy transmission line, a) Characteristic impedance of the energy transmission line, b) Natural apparent power of the energy transmission line according to the 220 kV interphase operating voltage, c) The values of the line parameters A, B, C and D of the transmission line using hyperbolic functions, d) Calculate the maximum power that the power transmission line can transmit.
An AC generator having an internal resistance of 2 ?? is connected to an LCR circuit in series as shown in the figure. If the generator supplies an electromotive force, ? = 282 ??? (100??) volt, calculate:a) the impedance of the circuitb) the rms value of the current in the circuitc) the voltage drop across L, C and R
Suppose a power system consists of two isolated regions: a western region and an eastern region. Five units have been committed to supply 3090 MW as shown below. The two systems are separated by a transmission line that can handle a maximum transfer of 550 MW in either direction. If losses are ignored, calculate the spinning reserve for the overall system and for each region. Comment on the adequacy of the spinning reserve of the overall system, and for each region. (consider the effect on the power supply in each of the regions if the various generators fail). Repeat the above calculations and analysis if an average of 8% of the output of the generators is lost in the transmission and distribution system before reaching the load.
A simple power system is shown in this Fig. The generator (480 V, 10 kVA) is connected to an ideal step-up transformer (1:10), a transmission line (R=20 Ohm and X=60 Ohm), step down transformer (20:1) and a load with magnitude Z=10 Ohm and angle =30 degree the base values for this system are chosen to be 480 V and 10 kVA at the generator. Calculate the 1/per-unit impedance of the load 2/per-unit current in the line 3/ per-unit real power absorbed by the load
A transformer has a ratio of 4:1. The high voltage side is connected to a 240 Vrms source. The low voltage side (secondary) is connected to an impedance ZL = 20 + j10 Ω.a. What is the value of the load impedance when referred to the primary?b. (in A rms) What is the current out of the source?
An AC generator having an internal resistance of 2 k*(omega) is connected to an LCR circuit in series as shown in the figure. If the generator supplies an electromotive force, E = 282 sen (100*pi*t) volt, calculate:a) the impedance of the circuitb) the rms value of the current in the circuitc) the voltage drop across L, C and R
A simple power system is shown in this Fig. The generator (480 V, 10 kVA) is connected to an ideal step-up transformer (1:10), a transmission line (R=20 Ohm and X=60 Ohm), step down transformer (20:1) and a load with magnitude Z=10 Ohm and angle =30 degree the base values for this system are chosen to be 480 V and 10 kVA at the generator. Calculate the per-unit impedance of the load. Calculate the per-unit real power absorbed by the load Select one: a. 0.487 b. None of the above c. 0.057 d. 1.253
The Hellmann formula describes?(a) solar irradiance depending on the thickness of the cloud cover.(b) the failure rate of power transmission lines depending on their length.(c) wind speed depending on height above ground.(d) the peak-to-average rate of load in a distribution feeder depending on average load.
A high-voltage direct-current generating station delivers power to a city. The generator output voltage is V0 = 400 kV, the city is represented by resistance RL = 3918 ohms, and each wire of the transmission line round-trip between the station and city is represented by resistance RTL = 151 ohms. How much power (in mega watt) is lost along the transmission wire?