How do we find V0

Q: If X= (1100101)excess-3

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Q: ng period of witch is set t W1

A: The transient occurs in an electric circuit because of energy storing elements of opposite kind…

Q: Find the current through the resistor at t=0+, and at t=1.25s. The switch is closed at t=0 50V 2092…

A: The general expression of current in RL circuit is given as i(t)=VsR(1-e-t(L/R))vS=supply voltage

Q: Find the current through the resistor at t=0+, and at t=1.25s. The switch is closec at t=0 *

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Q: Obtain the equivalent resistance using star delta transformation, between E and F for the circu 500…

A: The delta connection between points A, C, G is transformed into star connection as shown below, and…

Q: Q4: using super positions to find voltage in R=10. 30 www 10 www 201 www 50 5V

A: This question comes under electrical circuit theory . It is about super position theorem in the…

Q: Plus the following: 8. Find Vs

A: The required parameters of the circuit can be calculated by using nodal analysis.

Q: Determine the following parameters using the provided circuit (KVL). V1.() = IS (A) = %3D R2 (2) =…

A: Circuit diagram is given as ; Applying KVL in the circuit ;

Q: 1. Discuss the results cbtained in Secetion 4.2. 2. How can we inerease the range to 1A? 3. Why is…

A: (1) In the section 4.2 as the value of the resistance R2 is fixed and the value of the shunt…

Q: Find the following limit. x+9 lim x+2 X- 0,25 x+9 lim x+2 x- 0.25

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Q: A certain circuit element has the current and voltage as follows: i = 10e-5000tA v = 50(1 – e-5000t)…

A: The energy of an element is the integration of product of the voltage across the element and the…

Q: 40 0 b. t=0 200 µF (175 mA 50 n 80 mH

A: According to the question we have to find the value of i(t).

Q: blä 10 Q1: As the figure Shawn for t=DO, switch 1 is closed and switch 2 is closed 4sec later, find…

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Q: Given: vz, R1, R2. R2 R2 R1

A: An OPAMP (operational amplifier) is an integrated electronic circuit that is used to amplify weak…

Q: 42sin8t.v. O I , 8 1) find I and Iz

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Q: 1) Solve for the IT ood olgooo - EMau 12N Ri =952 Ry

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

Q: In the circuit below, R1 = 128 Q, R2 = 0.040, E = 15, and L= 19 mH. Switch 1 has been closed for a…

A: Initially the switch was closd for a while. So we can assume that the inductor was fully charged. So…

Q: Kirchhoff's Laws. What is the current through the 100 2 resistur? +10V 200 a 200 0 200 2 +15V 2000…

A: The circuit is redrawn by labeling the nodes and mentioning the currents through elements as shown…

Q: Vc = 12V() - e-t/100us)- I 10.23 Given the voltage a) What is the time constant? b) What is the…

A: a)Here the time constant is τ=100 μS This is the time constant

Q: We need to find i0(t)

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Q: Find Vx for avery time t O<t<1

A: We are given a circuit shown below: We have to find Vx for t&lt;0 and 0&lt;t&lt;1.

Q: Please show me how they got 30A r.m.s and and 20A average as the answers.

A: Given that Time period of alternating current is 2T. Current= 50 A for 0 to T/3 interval. Current=…

Q: -2i,

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Q: R1 150 Vs 500V 680 R2 Is 1A

A: Determine the current through R2 ?

Q: An electric circuit contains an 8 ohm resistor in series with an inductor of 0.50 henries and a…

A: As per company guidelines we can solve only first question kindly post another question separately

Q: V -8.2 1 V V. 1 + 4.2x10°-j0.3455+830 j708.743 -j0.41296

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Q: Q6/ What is the dc source voltage? 0.013 R1 kOhm R232 kohm R323 kohm 78 V 39 V 13 V

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Q: Gubut (S+)(5+9) Out fut

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Q: Find Req where R = 73 from basic law

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Q: An AC current is given by i(t) = 200sinπt. It will achieve a value of 100 after _____ sec

A: This question belongs to circuit theory . It is based on the concept of sinusoidal analysis in…

Q: 4. The power dissipated in a resistance is equal to .. n non-sinusoidal input signal

A: The non sinusoidal input signals are not sine function. But it can  be constructed using two or more…

Q: Determine the currents i, iz and iz in the circuit shown below. (C- D)A (D– C)A DA 12 CA

A: Given circuit, Where, C=3 D=6

Q: Determine the current at the load (I,) R1 R2

A: The solution can be achieved as follows.

Q: 28 From the figure below, what will happen if Fext applied to +qb is less than Fe of +qb? A y Fext…

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Q: + VA - RA 3.6 0 B + + 6Ω V, Rc33N Vc E -16.8 V

A: Given data, The value of resistance RA = 3.6 Ω. The value of resistance RB = 6 Ω. The value of…

Q: 21. Find the value of the current 2 points flowing clockwise through R1. * RI Rs Rs sa > sa 50 5V…

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Q: Q: for the figure, find re, Zi, Zo, Av, and Ai

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Q: - R1, Rz and R, ? the power dissipated in R.

A: For a series connection the value of current is the same and the voltage is different and for the…

Q: 9) For the system represented by the below, block diagram, the values of k and T that will result in…

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Q: 4. Find Vx. 55h +) 12 V 50V.

A: Given circuit:

Q: Initially: RL= 100 oms, CL= 0.011 uF then: a) If the frequency of the source is doubled, what…

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Q: Get the impedance. Explain each step.

A: We have to find the impedance of the circuit

Q: Given the following circuit with Vp-96<300° Volts. Then 10000 Select one: Odi-8.0<210 mA

A: In this question we need to find a current at secondary of the transformer

Q: Problem 1 From the given circuit, determine v, for all time interval when Vs = 30 [u(-t) + u(t –…

A: In this question,   We need to determine the Voltage Vc if time to = 5ms.

Q: Rc = 25 ohms Ex-6 b. R1 R2 Find the value of R1, R2, and Ra = 15 ohms R3 Rb = 10 ohms R3.

A: We will use following delta star conversion formulae…

Q: For VBE's = 0.7V and and B's= 100, determine: a. IB1, VCE1 b. IB2, VCE2 24V 2kQ 2kQ Q2 300ko 500KQ…

A: Given data: β=100VBE=0.7 V

Q: 5020V(+ 10 Ω Μ Io 1 -j4n Μ 5Ω 2/04 j8Ω -j6Ω

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Q: f(x) = (x2 + 5)(x² + 16) O it has 4 imaginary roots O it has two imaginary roots it has two real…

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Q: Find VTH, ZTH, and IN for the circuit shown below for R = 2 ohms. 3N j4 n 10/40° V 60 12/20° A go

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Compensation Techniques

The compensation techniques are the methods that are employed in the electrical control systems to enhance the performance of the system. The performance are generally affected by the factors like lag in the compensating devices, slow response of the system of the components like sensors used in the control system. The basic compensation technique involves lag compensation, lead compensation or the combination of the both.