Assume that V, - 15 50°. Determine the value of V. 5 k2 V. 8 k2 V. V. -j2 kN= 2000 40° 2 O 3.564-52.6v O 356153 V O 1784-52.6" V O6.0461.4V O 3.13114V ONone of the other answers is correct.

Q: Time left 0:43 For the circuit in Figure 2. What is the total impedance ZT in Polar form? R-10 X₁-20…

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Q: a 3.0 b 4.2 502 1002 2.2 6.0 d 5.0 250 750 f Figure ? 3

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Q: Detemine the value of w' in the figure such that the peak value of i(t) is 0.25 A. Use the…

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Q: v = -10 sin(@t +30°) and v2 = 20 cos(wt - 45 (t)%3D10.66 cos(@t – 30.95°). -

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Q: Determine the value of 'w' in the figure such that the peak value of i(t) is 0.25 A. Use the…

A: Find the frequency  If the peak voltage Vm= 25V Peak current Im= 0.25A Z= √(R2+X2)

Q: Determine the value of 'w' in the figure such that the peak value of i(t) is 0.25 A. Use the…

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Q: Vs(t)=12cos2500t V, Is(t)=0.5 cos(2500t-30) A. 50 4 mH 4 mH ll E80 uF ll 4) 10 2

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Q: thing For the fallowing nelwork, fird the current K3 Using sinperposition theorem. Ry R R6 5K 20 R5…

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Q: D Equivalen t Resis tance CRe) D The Current (I.) using C.D.R (curreat divich rule). 1ov

A: From the Baiscs Network Theory

Q: Find the equivalent impedance Z in figure 1 when w=2000rad/s. Express the results in both…

A: Z = R1 + j XL1 + R2×j XC1R2 + j XC1 ----------- 1) XL1 = W×L1 -------- 2) Putting value in equation…

Q: Two Vesistors R =l0 k and Rae12.5 k2 are series - If i = 14.7 sin(Wt +39)mA what are Ve and VRz ?

A: To solve above problem, one should know how to find equivalent resistance for series and parallel…

Q: Solve for V 40 4 12 V 102 T15 V (†)2.5A V

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Q: Excuop le I Hs 2500 20cm lo ch 2Scm locm IScm IScm い> - 2A 3Ocm 30cm 2o cm 20cm depth = 5 cm Because…

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Q: For t >0, iz (t) = (571.4 – 571.4e-8754) mA. Determine v, (t). a. 5e87.5t y b. 10e 87.5t V c.…

A: Given iLt =571.4-571.4e-87.5t mA

Q: In the following circuit i4 sin 2t A, and 5-0. 1 H 2H 1 H The voltage v is (A) -16 cos 2t V (B) 16…

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Q: Suppose that vi (t) = 100cos(wt)and v2(t) = 100sin(wt). Use phasors to reduce the sum va (t) = v1(t)…

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Q: SOive by 4sing sarier TVansform イh 414125の dt solve by ysing sour juer TVansfor m ans--AtsincLTT ft)

A: In this question,  Find the function f(t)  as per given.    We know the sinx = (ejx -e-jx )/2j

Q: Show solution. Step by step. 5+3<20° 1. Solve Give your answer in Rectangular and Polar Form. 1-3i…

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Q: Assume that V, - 18 /20. Determine the value of I -j2 k2 HH 5 k2 j3 k2 O 691 270.2" mA O 6.91 2-302"…

A: A simple probon netwrok analysis. Look below for solution:-

Q: O d. P-61.44w Clear my choice When the given Delta circuit is converted to Wye circuit, the…

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Q: Arm (AB): R1= 1KO, CI = 1µF, Arm (AD): R2 = 3KQ, L2 = 1mH, Arm (BC): R3= 2KN, Arm (DC) unknown…

A: The solution is given below

Q: {on 0.1H 5mF a Vq = 100V.cos(wt) 2 = 40V. cos (wt-30 W= 40 rads Find Vab (t) %3D u Vab 0,2H

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Q: Answers S = 1523 VA, P = 1400 W, Q = 600 VAR,  PF = 0.919, i = 12.7 A

A: Resistor will dissipates total circuit power in the completely resistive circuit.  Current &amp;…

Q: a. x(t) = 15.6 Cos (250nt -). b. x(n) = 12.4 Cos (v2n). c. x(n) = 3.45 Sin(n)4

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Q: EX:- For the network R 342 R342 30.02H30-02H C=-500 500u Sin 377t a) Compute E, Ik L and I 6)…

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Q: Sz 22040 メ 10.52 R2 R, O.07H 122 C, o. 2mF 30L0° R3 152 To f = Gohz Load Impedance ZL=R3 Find the in…

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Q: HiW Is, Sz 2, s6 2 V, Z=-452 V,

A: Brief description : Here they have mentioned Z parameters of the given circuit. By considering the…

Q: For the circuit shown in Figure Vec=22V, Rc= 5.6Ksz Vcc RB-330k2, B= 80 Rc RB = 0s2 Vi B. Find Av 0.…

A: Hybrid Parameter- model-The hybrid parameter model is the circuit that is used to analyzing the…

Q: Q.3 Find Zi, Zo and Av for the figure bellow if Yfs = 3000MS and yos 50 MS 12V 3-3 k2 Vu 20 MF It Vi…

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Q: If w = 500 rad/s and I₁ = 2.5 angle 40, find v.(t) 10 Ω v₂(1) • 25 Ω 20 mH NOTE: Express your answer…

A: In this question we will find source voltage...

Q: 9) Sketch the |H (w)| corresponding the pole -zero pattern in given figure below. Im(z) 0.4 3 Re(2)…

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Q: TCO4 A resistor R is in series with a parallel LC circuit as shown in the figure. The individual…

A: The equivalent impedance of the circuit is,  ZT=XL||XC+RZT=j50×-j25j50+-j25+100…

Q: Subtraction: 1,= 30 cos ( 10,000T t +60°) %3D 12= 80 sin(i0,00 O nt + 45°) a. Pertorm i,-i2=i and…

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Q: In a series RC circuit, ET=208 volts, Xc=15Ω, and R=45V. Find the reactive power? Show your work.…

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Q: The munimum válue of the alfernafing voltaye and current are 400 V and 20A respectvely s a…

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Q: b a 20 20V lA l2 14 Is Ic 60 6A 30 IB 13 15V

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Q: Find Z Th j60 N a 240/0° V(A, 36 Q HE -j48 N +I

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Q: NUSIA O VISAVWIOTONE (b) Solve for Vo(t) in the Figure Q.4(b) using the superposition theorem.…

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Q: Pcult has current I = 2.5 A with a 120-Q resistance and a 150-0 inductive reactance in series; What…

A: Given data,  I = 2.5 A R=120 Ω, XL=150 Ω

Q: Find current thru - j5 capacitive reactance use any method. -js a 3 32 100/0 VA 50 (1) 10/30A j4 N…

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Q: Q1\ Design the function generator circuit that generates the output voltages shown: Vo 0.05uF R +15v…

A: Consider that the waveform shows the supply voltage is of 15 V with the ramp voltage levels of 3.75…

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Q: 2. Find i(t). Assume L=0.2, R₁=R4-10, R₂ R3-20, e(t)=10√2 sin(5t)+2√2 sin(10t), my Ix RS ke Ru e(t)

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Q: Sin 37 I+ X what is (x) uumber? Please Solve it Simplifyand finh the result

A: Given data, sin370=1-x1+x

Q: Determine the current 12. 6 -j8 6-j8 100/0 2+ j14 Z, 4.47L63.43 A O 4.47426.57 A O 4.47L-26.57 A O…

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Q: Determine i in the circuit. 30 N 12Ω 5Ω 20 Ω 12V 25 Ω 60 2 15Ω 10 2

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Dielectric Breakdown

A dielectric is a material with low electrical conductivity and so is classified as an insulator. Dielectric materials are used to block the flow of electricity through them, allowing them to behave as an insulators. They can also be used to store electric charge or improve capacitance.Dielectrics have no free electrons for conduction because electrons are tightly bound to the nucleus. Because dielectrics contain a small number of electrons for electrical conductivity, they have a dipole. The two primary roles of dielectrics in electrical devices are insulation and electrical energy storage. An electric field polarizes the dielectric, and the polarization of the molecules allows dielectric materials to store charge.