Number 2 2. A certain homogenous slab of losslessdielectric material is characterized by an electricsusceptibility of 0.12 and carries a uniformelectric flux density within it of 1.6 nC/m².mmmmFind:a. Eb. Pc. The average dipole moment if there are 2 x109 dipoles per m³3. The vector current density is given as J = (4/r²)cose ar + 20e-2r sine ae - rsin cosØ aº at r = 3, 0= 0, 0 = π

The dielectric materials are generally poor conductors of electricity. These materials when placed…

2. A certain homogenous slab of lossless dielectric material is characterized by an electric susceptibility of 0.12 and carries a uniform electric flux density within it of 1.6 nC/m². Find: a. E b. P c. The average dipole moment if there are 2 x 109 dipoles per m³ 3

2. A certain homogenous slab of lossless dielectric material is characterized by an electric susceptibility of 0.12 and carries a uniform electric flux density within it of 1.6 nC/m². Find: a. E b. P c. The average dipole moment if there are 2 x 109 dipoles per m³ 3

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 kWh meter can be classified as a /an O deflecting O digital Orecording indicating instrument.

Q: 5 At frequency less than the resonant frequency(1 series circuit is capacitive and parallel circuit…

A: 1) When frequency is less than resonance frequency then series circuit is capacitive and parallel…

Q: Q-1: Determine the 3 dB high frequencies and midband gain of a cascode circuit shown in Figure, the…

Q: 3. A 50-Hz, 250-V single-phase power line has the following loads placed across it in parallel : 4…

A: 3) Given : a single phase power line Loads are connected in parallel across the source To calculate…

Q: A single phase transformer of (k) transformation ratio is to be used as a step-up autotransformer.…

Q: Q.2 Following figure shows a mechanical vibratory system and the response when 8.9 N force is…

A: A mechanical vibratory system is given in the question. The response for a force of 8.9 N applied…

Q: B) A three-phase, 50 Hz, A-Y connection. The line voltages of primary and secondary are 3300V and…

Q: Find the type of the feedback in the given circuit. Vcc TYC Vo Cc -IH Vs (A) Voltage- series (B)…

A: For the above given electrical circuit we need to find type of the feedback circuit.

Q: 5. The switch in the circuit has been in position 'a' for a long time. At t = 0, the switch moves…

Q: 220-0° rms V -1552 b 10 2 m B /1022 220-120⁰ rms V 220/120° rms V Figure 7 For Prob. 4. 4. Find the…

A: 4. The given figure is shown below:

Q: 5 milli-second. What voltage is induced across the secondary ?

A: When two coils are placed side by side and the current flows in the one coil has any change, it will…

Q: Q31-Determine the output voltage (V.) waveform for the clamper network of figure below.… 20V CeluF 北…

Q: C Fill in the following blanks with appropriate answers (Choose Five Only) 1. A data communication…

A: 1) wan A data communication system that spans states, countries, or the entire globe is called wan.…

Q: A load of 40 -j 30 is connected to a source of 100 V with a phase angle of 30°, through a…

Q: K The open loop transfer function of a unity feedback system is given by G(s) s(1+57); where 'K' is…

A: Standard second order transfer function C(s) C(s)=ωn2s2+2ξ ωns+ωn2ξ= damping ratioωn= Natural…

Q: To a series RLC circuit. a voltage of 10 V is applied. If Q of the coil at resonant frequency is 20,…

A: In Series RLC circuit at resonance frequency Voltage across inductor and capacitors are equal in…

Q: for the cct. as shown + in fig. U 3 Jc a) 1 = 4 (0, w = 10 w = 10 red/sec find cif V = 80+√200 b)…

A: Given circuit

Q: Problem: For the Scope square voltage waveform the 'time/div' (or time base control) switch is on…

A: Square wave:

Q: P1: Calculate current I, using Thevenin method. Assume i(t)=2√2 sin (wt-45°), e(t)=4√2 sin 3wt,…

Q: FALSE O O TRUE O An employee at LaserKinetics.com borrows $10,000 on May 1 and must repay a total of…

A: Amount borrowed - $10000 Amount repayed after 1 year- $ 10800 Interest amount= amount repayed -…

Q: Two 200/400 V, transformers are operated in parallel to share a load power factor leading.…

A: Conditions for Parallel Operation- In order that the transformers work satisfactorily in…

Q: Problem 3: Design a PWM to control a servo motor based on the data given in Table 2 Angle -60 0 +60…

A: PWM refers to pulse width modulation is a term used to describe an digital signal. An PWM signal can…

Q: = In a balanced A-Y circuit, Vab= 240/15° and Zy (12+ j15) 2. Calculate the line currents.

A: Given: The value of the line voltage is: Vab=240∠15° The value of the impedance is: ZY=12+j15 ohm

Q: ми Tos R 3A 250 652 20V Find the Nortons equivalent circuit for the network to the resistor R of the…

A: Norton theorem states that a two terminal network containing linear and bidirectional elements and…

Q: 30 as the Q-factor of the circuit increases, better increase, worse O decrease, better O decrease,…

A: In this question we will write about Q factor and selectivity relation....

Q: B) Two transformers connected in open delta supply a 400-kVA balanced load operating at 0.866 p.f.…

Q: State the different types of a push button (explain briefly each), and also give examples where it…

A: The solution is provided in the following section.

Q: The continuous -time signal xc(t) = sin(40nt) + cos(80nt) is sampled with a sampling period 7 to…

Q: ry to find transfer function C(s)/R(s) of the system shown below. R(S)

A: The above question is based on finding transfer function using block reduction technique. Transfer…

Q: 4- An induction Motor is a) Self-starting with high torque c) Self-starting with low torque 5- In…

A: (4) Starting of induction motor: Because each phase's winding displacement is 120 degrees, and the…

Q: 2. A UK-based digital terrestrial television using DVB-Digital Video Broadcasting uses 16 QAM has a…

A: For the above given question we need to calculate the value of symbol rate.

Q: For the control system shown below the input signal is X(t) and the output s 10s +50 X-G ►Y 4 s +12s…

A: Given control system with block diagram, Forward path, Gs=10s+50s2+12s+100

Q: A consumer has the following connected load: 10 lamps of 60W each and two heaters of 1000W each. His…

A: Energy consumption means amount of energy / power used. we divide our energy in various sector like…

Q: SOLVE FOR THE VALUE OF VOLTAGE (V)

A: Given that the different currents and resistance By using ohm law relation V= I*R.voltage is…

Q: A voltmeter has a resistance of 30 Q. What will be its reading, when it is connected across a cell…

A: Given, Voltmeter has resistance, R=30 Ω Cell emf, ε=2 V Internal resistance, r=10 Ω

Q: What is the maximum power received at a distance of 500m over a free space with 1GHz transmitted…

Q: A-Prove that the efficiency of class-B power amplifier is n = VL(P)*78.53%. Vcc

Q: described 4) A DT- system difference of nation. by the following |y[n] - 12y(n-1] + 2y[n-2] − y(n-1]…

A: For the above given discrete time domain difference equation we need to draw its direct form one…

Q: Second question: What is the role of polymer semiconductors in the single-layer OLET devices?

A: Emission organic electric field effect transistors (OLETs) are of particular interest because they…

Q: Refer to Figure 8. Find the complete response v and then i for t> 0 in the circuit. 402 1H 1 mom…

A: For the given circuit calculation of complete response v and then i for t>0. To get the…

Q: (1) Determine the Laplace transform of the signal x(t) in Figure Q1(a) and state its region of…

Q: BCD is A. Bit Coded digit B. Binary Coded Decimal C. Bit Code digit D. Binary Coded Digit

A: Given BCD

Q: Maximum flux density in the core of a 250 V/3000 V, 50 Hz single phase transformer is 0.6 Wb/m². RMS…

Q: 1. To minimize the effect of the feedback circuit loading in oscillation frequency we we..........…

A: Since there are 4 different questions, as per the guidelines, in the following section, the first…

Q: Given point P(—2, 6, 3) and vector A = yax + (x + z)ay, express P and A in cylindrical and spherical…

A: Given, point P(—2, 6, 3) and vector A = yax + (x + z)ay

Q: Analyze the diagram through the application of Kirchhoff's laws and find the following: IT A 13 12…

A: Kirchoff's current law states that the sum of current at any junction is equal to zero It works on…

Q: A Y-connected balanced three-phase generator with an impedance of 0.4+ j0.32 per phase is connected…

A: The Given Y-connected balanced 3ϕgenerator with impedance of 0.4+j3Ω per phase The Y-connected…

Q: Determine the current through the galvanometer using Thevenin's theorem. 30 Ω MN 20 Ω G 1940. Ω 100…

Q: 4. Find the transfer function of the given R v(t) rcuit i(t) C

A: Transfer function- The transfer function of a control system is defined as the ratio of the Laplace…

Q: 51. Four resistances each of value 42 are connected as shown in Fig. 2.36. The equivalent resistance…

A: Given circuit,

Concept explainers

Z parameter

The Z-parameters that are the impedance parameters of a two-port network are defined by expressing the two-port voltages V1 and V2 in terms of two-port currents I1 and I2. The Z-parameters are calculated by open circuiting one of the two ports at a time henceforth they are called open-circuit impedance parameters.

Question

Number 2

2. A certain homogenous slab of lossless
dielectric material is characterized by an electric
susceptibility of 0.12 and carries a uniform
electric flux density within it of 1.6 nC/m².
mmmm
Find:
a. E
b. P
c. The average dipole moment if there are 2 x
109 dipoles per m³
3. The vector current density is given as J = (4/r²)
cose ar + 20e-2r sine ae - rsin cosØ aº at r = 3, 0
= 0, 0 = π

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

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

A slab of dielectric material has a relative dielectric constant of 3.8 and contains a uniform electric flux density of 8nC/m^2. If the material is lossless; find: (a)E; (b)P; (c)The average number of dipoles per cubic meter (n) if the average dipole moment is p=10^-29Cm
A screen, having a Screening Effectiveness (S) of 31.62 at 100 MHz, is located 5 m from a 2 cm radius conductor loop that carries a signal current of 7.5 mA at a frequency of 100 MHz. Determine the maximum electric field strength transmittedthrough the screen (Et, µVm-1) resulting from radiated emissions emanating from the conductor loop.
An electric ﬁeld strength of 10 µV/m is to be measured at an observation point θ = π/2, 500 km from a half-wave dipole antenna operating in air at 50 MHz. (a) What is the length of the dipole (b) Calculate the current that must be fed to the antenna (c) Find the average power radiated by the antenna (d) If a transmission line with Z0 = 75 ohm is connected to the antenna, determine the Γ and SWR.
The radial component of the radiated power density of an infinitesimal linear dipole of length is given by Wav=ar Wr =arAmsin2(theta)/r2 W/m2 Where Am = Peak value of power density; theta = usual spherical co-ordinate and ar = radial unit vector. Calculate the directivity of the antenna.
A 1-m long dipole antenna is driven by a 150 MHz source having a source resistance of 50 ohms and a voltage of 100 V. If the ohmic resistance of the antennas is given by RL = 0.625 ohms, find the:(a) Current going into the antenna (Iant)(b) Power dissipated by the antenna(c) Power radiated by the antenna(d) Radiation efficiency of the antenna
A halfwave dipole with a total conductor length of 1 m is used as a transmit antenna to radiate electromagnetic energy. At a distance of 500 m from this antenna in the direction of maximum radiation, what is the free space path loss (dB)? Consider the end effect of the dipole.
A 0.48520λ0 dipole antenna is made to work at 4 GHz. The antenna is then connected to a 12 V voltage source which has an internal resistance of 25 Ω) a) Make a diagram of the above system, b) Is an impedance matching circuit needed? If yes, where should the impedance circuit be inserted and make a diagram of the system with the adjusting circuit, c) How many cm is the length of the dipole antenna above, Solve Subparts A,B,C in 25 minutes ASAP
A 100-turn loop antenna of radius 20 cm operating at 10 MHz in air is to give a 50 mV/m ﬁeld strength at a distance 3 m from the loop. Determine (a) The current that must be fed to the antenna (b) The average power radiated by the antenna.
A dipole with charges of ±q, where q = 3.9e-05, and a separation d = 0.0001 has what magnitude field strength along the z (dipole) axis at a distance 1 away?
The normalized radiation intensity of a given antenna is given by(a) U = sin θ sin φ (b) U = sin θ sin2 φ(c) U = sin θ sin3 φ (d) U = sin2 θ sin φ(e) U = sin2 θ sin2 φ (f) U = sin2 θ sin3 φThe intensity exists only in the 0 ≤ θ ≤ π, 0 ≤ φ ≤ π region, and it is zeroelsewhere. Find the(a) exact directivity (dimensionless and in dB).(b) azimuthal and elevation plane half-power beamwidths (in degree
A λ / 2 dipole , with a total loss resistance of 1 ohm , is connected to a generator whose internal impedance is 50+ j25 ohms . Assuming that the peak voltage of the generator is 2 V and the impedance of the dipole , excluding the loss resistance , is 73+ j42.5 ohms , find the power ( a ) supplied by the source ( real ) ( b ) radiated by the antenna ( c ) dissipated by the antenna
A 0.48520λ0 dipole antenna is made to work at 4 GHz. The antenna is then connected to a 12 V voltage source which has an internal resistance of 25 Ω) a) Make a diagram of the above system, b) Is an impedance matching circuit needed? If yes, where should the impedance circuit be inserted and make a diagram of the system with the adjusting circuit, c) How many cm is the length of the dipole antenna above, d) How much power is emitted when not using the adjusting circuit and e) How much power is emitted when using the adjusting circuit. Solve subparts D,E max 20 minutes ASAP