Given the circuit in Fig. 2-6, find i(t) and v(t) for t>0. | ite) 8H 22 0.5F 22 6 V Fig 2-6 -ww

Q: 2. Find Vi(t) and i(t) for t > 0. 25V 2002 + 3.5H llll VR$100 - . ↓i 2mF 3022

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Q: Qz Find the output respunse if the frequensy vespunse f the system. is for the following. 2+jw…

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Q: In the circuit given below, the switch is opened at t = instant. Find current i (t) for t> = 0 and t…

A: Network circuit current i(t)  for  t> = 0 and t <= 0

Q: Find v(t) at t> 0 for circuit in Figure 2.

A: It is given that:

Q: 4. Obtain i, and iz for t > 0 in the circuit 4u(t) A ΣΩ Μ ell 3 Ω ἐπ ΤΗ 12 1Η

A: Given the circuit the current is given the step function

Q: $ day 25 1.5 0.5 2.5 2 1.5 0.5 -0.5 0 1 2 3 1 (sec) x2(1) t(sec) 4 b) Use MALAB code to compute the…

A: Solution: given data: →y(t)=X1t*X2t Determine : here using Matlab code compute Convolution…

Q: (3-18) If m₁ (t) = cos(w₁t) and m₂(t) = cos(w₂t), derive an expression for the output (t) of the…

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Q: Prob. 2.. Convolve the following two functions y(n) = x(n) * h(n) using the graphical and analytical…

A: Two discrete signals given we need to find out the output using convolution . Signals:

Q: Assume for t<0, the circuit is in steady state At t=0, the switch moves from A to B Find Vc from t =…

A: In this question We need to determine the voltage across the capacitor Vc (t) as shown the circuit.…

Q: 3ohm ic(t) Vol)=fict) 2-2u(t) $6ohm 2F

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Q: Derive the transfer function for the circuit shown below R₁ Å} iz eo Gro e₁ E1(s) Eo(s) (Voltage…

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Q: 15. See the circuit on the right. Find the i(t) fort > 0. V1 R1 W 40 L1 i(t) 12V 1H 22 R2 t > e 20 +…

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Q: Example Sketch the root loci for the system. K(s+ 1) (s+3.6)

A: In this question,   We need to draw the root locus of the given system.

Q: s²+35+k 25³ +45² +55 Find the value of k that makes the final value of the system output 38 The…

A: It is given that: Ys=s2+3s+k2s3+4s2+5s limt→∞yt=38

Q: QI: Write the Matlab form of the following formula 1) y = In(2x) 2+ cos (x-m) 2) y = +1 vtan x?

A: MATLAB form  1) y=(log(2*x))/((x.^2)+cos(x-pi))

Q: VR(t) i(t) R + vi(t) v(t) = Vmcos(@t +0) L = 33 mH R = 1.5 k2 Assume the source has been on for a…

A: Given

Q: The 8-point DFT computation of real valued sequence x[n] has produced the DFT output X(1)= 3+2j then…

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Q: At t =0 [s] switch S is open as shown. Find i. IH 24V 250mF

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Q: 7) a) Find vout (t) for t>0 when 4 k2 Vc(0)=0V b) Repeat part a when vc(0)=5V 8u(t) V Vout 12 k2 -…

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Q: (a) Given circuit in Figure 1, find v(t) and i(t) for t> 0. Consider: R=502. 24 V R ww 1 H m 0.5 F…

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Q: the circuit shown below, the value of vc (t) for 0 ≤t< 1 is equal to which of the

A: In this question , we will find voltage across capacitor for t= 0 to 1..

Q: + v, - 12 V 0.01 v, R= 8,5 kQ. R =0.7 kQ, R=0.5 kO. What is the value of I in mA with respect to the…

A: To calculate the IN with respect to terminals a-b, we need to short-circuit these two terminals and…

Q: Consider the following circuit, if we know that the values of the present states and the input are…

A: We need to tell about the output of given digital circuit,. First we will find out the input of…

Q: Superposition is most often used when it is necessary to determine the individual contribution of…

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Q: In the circuit shown in the figure, the switch that is closed for a long time öpen to the t=0 area.…

A: Redrawing the circuit by converting delta-connected 6 Ω, 10 Ω, 20 Ω into star-form as shown below.…

Q: A control system is defined by the following differential mathematical relationship d²x 9 + 16 dx +…

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Q: oss inductor L¡ is dictated by d’v ·+4- dr d’v +5 dr? . You do not need the values for the inductors…

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Q: The switch in the figure below moves from position A to B at t=0. Determine (a) i(0+) and v(0+) 9 A…

A: To solve the problem, let's analyze the circuit given in the image. The switch moves from position (…

Q: Find the Thevenin's equivalent at teminals a-b in the circuit of Fig. Assume the inductor value as…

A: The given circuit is: The last digit of the given VTU number is 2. So, the value of inductor L will…

Q: 7. Find the values of i and iz2, dij/dt, diz/dt, d²ij/dt², d²i;/dt² at t=0+. t=0 2H 10 2 100 V 10 2…

A: We need to find out current and derivative of current .

Q: Find i (0+) in the following circuit:  If it is known that

A: At steady state, inductor will  short circuit and capacitor will open circuit. Inductor does not…

Q: Q21. In the circuit shown below, find vx (t). 4 cos 500t 000 R₁ 10 mH 3 cos (500t + 40°) R₂ 1mF

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Q: What is nuclear energy? Discuss the types of nuclear energy. Explain how nuclear energy can be used…

A: Nuclear energy: Nuclear energy also known as the atomic energy is the energy that is released when…

Q: Problem [11] Obtain the current i(t) for t>0 in the circuit below. t=0 40 2 30 2 ww ww 80 V 3F 0.5i…

A: In this question we need to find a current i(t) for t &gt; 0

Q: Signals and systems

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Q: 13) ur 24 U 30U O.SmF Waite equution fr Vc (t) at t 20

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Q: 4. Find v₂(t) in the circuit shown below. 3 cos 400 A 2 cos (400r +40%) A + 10 mH v(t) R₂ 1mF

A: Given…

Q: 3. Find ilt) for t> 0 in the following circuit. 2 kn 2 kn ww 10 mA 2 mH 2 kn 2ia

A: Find the current io  for t&gt;0

Q: U(S) U(S). + + 75 k SS+4) K S²+(4+7k)s » modified as y(s) y(s)

A: Given Data: A Negative feedback system with, Open loop system Gs=Kss+4 The feedback elements of,…

Q: The 8-point DFT computation of real valued sequence x[n] has produced the DFT output X(3) = 2+3j…

A: The 8-point DFT computation of real valued sequence x[n] has produced the DFT output X(3)=2+3j then…

Q: Sequential Design Analysis: You will be provided with a table related to a sequential design. Your…

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Q: IV. For each of the next systems, find 3 and mention the type of response desired. R(s) 12 C(s) R(s)…

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Q: How does the auxiliary contact connect to a normally open pushbutton in a seal – in circuit?

A: The seal-in auxiliary contact of the starter (M) is connected in parallel with the start button to…

Q: 1. Find Vo using superposition theorem. 30V (+ り20v VD 4002 2002 5002

A: In the given circuit, find the output voltage Vo using the super position theorem.  Here 2…

Thevenin Theorem

Any linear circuit, no matter how complex, maybe simplified to an equivalent circuit utilizing only a single voltage source and series resistance coupled to a load, according to Thevenin's Theorem. The superposition principle says that all foundational equations must be linear, and the notion of "linear" is still the same (i.e., there should not be any exponentials or roots). This is particularly the case when operating with passive elements like resistors, inductors, and capacitors. However, some components (particularly some gaseous and semiconductor devices like tunnel diode, Schottky diode, transistors like BJT, MOSFET) are nonlinear, meaning their current resistance fluctuates with voltage and current. As a result, circuits made up of these parts are known as nonlinear circuits.