Find the time constant for the circuit below. 1Ω + Vx 6Ω 2 H A 1.5 s B) 1s 25 0.5 s el

Q: The switch in the circuit has been open for a long time before closing at t = 0. Find i,(t) for t >…

A: The circuit diagram is shown below The switch is open for a long time then it is closed. The value…

Q: Find the energy of: rect(t/6) + rect(t/2) (а) 12 (b) 10 (c) 8 (d) 6 a O(b). (d)

A: In this question we need to find a energy of the given signal.

Q: 122 t=0 62 10Ω + + 18V 3Ω v(t) 24

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Q: Find i(t) for t > 0 10 Ω i(t) 30 V 6u(t) A 10 mF 40 Ω 4 H ll

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Q: (b) find Rab 10 N 18 N 35 N a 60 N 375 50 N 75 Ω Α 3 40 E 30 N 10 N 20 N b (b)

A: The detailed solution is provided below.

Q: Q1/ plot the figure below: 21 x(t) 1.8 y(t) 1.6 1.4 1.2 0.8 0.6 0.4 0.2 2 7

A: Steps Observe x and y values at each time Starting t=0 to 8, make a pair for that Add two images in…

Q: The switch in the circuit has been in position b for a long period of time and at t = 0 it moves to…

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Q: The circuit shown below is at steady state when the switch opens at time t = 0. Determine i(t) for…

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Q: The relaxation time of mica (o = 1015 mho/m, &r = 1) is 7.36 hrs 9.82 hrs 4.912 hrs 2.456 hrs

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Q: Question One) Let i,(t) = 10u(-t) – 20u(t) (A) in the circuit shown. Find i,(t) for all time. 20 Ω…

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

Q: Find v(t) and i(t) for the following circuit for all times. 20 Ω 300 2 i(t) t=0 75 Ω 3 mH v(t) +, 40…

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Q: Determine the time constant for the circuit shown below. 10 k2 ww 20 k ww 100 pF 40 k2 30 k2 Answer:…

A: We need to find out time constant for given circuit .

Q: Find v(t) for t > 0 2 A 1 H all 4 A 1Ω t = 0 *F

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Q: The switch in the circuit has been in position b for a long period of time and at t = 0 it moves to…

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Q: Find the time constant for the circuit below t = 0 R = 10 N + VR(t) + 20 V vz(t) L = 4 H

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Q: Find the time constant of the circuit 20 ah I ekm m sec 20 sec 1.25 O none of them sec 0.5 O sec 20…

A: Given circuit shown

Q: (f) Write down an expression for the time constant of the circuit shown in Figure 1.4 for t>0. (You…

A: Time Constant on R-L CIRCUIT

Q: t = 0 2 kN 2 kN 10 mA 2 kn 2 mH $ 2 kN

A: For t<0, The circuit is,   The Switch has been opened for a long time before t<0 hence the…

Q: (B): Consider the following state space equations: Prove that: Y(s) C[SIA] ¹B+D R(S) x = Ax+ Bu y =…

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Q: 9. The time constant of the circuit shown in the figure below is A. 25 sec. B. 0 sec. C. 025 sec. D.…

A: Given data, Circuit diagram is given as, This is the series RC circuit,

Q: 10 S20 30 E7V 7 A 10 $20

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Q: QUESTION ONE A. A voltage waveform is described mathematically as 50¢V 0<t<1 | 100 – 50tV v(t) = -…

A: We have to Find Ic(t)

Q: i (1) 3 H O v(1) 10 H 15 H The input to this circuit is the voltage source source voltage V(t) =…

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Q: t=0 2 A 30N 4 H 20Ω + v(t)

A: Resistors, inductors and capacitors form an integral part of any electrical circuit. A source,…

Q: For the given circuit, the switched is closed for a long time and the switched is opened at t=0. R =…

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Q: 2. The switch in the circuit has been at position a for a long time before closing att = 0. Find…

A: In this question,  In this question, independent and depended energy sources are given.  We need to…

Q: The time constant of the circuit shown in the figure below is in sec +2F =6F )10 A 82 24Ω; } 10 2

A: Given circuit is -

Q: Assuming Vi(t) is a step function, compute for the time constant. v,(t) vo 2 1µH vi R v,(t) 1V 1kHz…

A: this is an RL circuitwhere,R=1k ohmL=1uH

Q: For the given circuit; answer the followings if the switch has been in position a for a long time.…

A: For this problem we can easily solve time constant after switching action.

Q: 20 30 62 4 mH 3ti v 3 20 12 V In the circuit below, the switch was opened at t=0 after being closed…

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Q: QI) The switch in the circuit shown in Figure (1) below has been opened for a long time, and it is…

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Q: In the circuit as shown below, the voltage measured between A and B is found to be 70 V. What is the…

A: In the given example, VIn=100 VVAB=70 V So, Coupling coefficient  k=0.7 And now,  The formula of…

Q: Give an example of a linear system i(t) Ar(t) + Bu(t) y(t) Cx(t) + Du(t) that is BIBO stable even…

A: Matrix  'A' of the above given linear system may or may not have all the values negative. As we know…

Q: The switch in the circuit shown in the figure is its initial position for a very long time before it…

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Q: 2A(1 5Ω > t = 0 C mF: t = 0 1 A 1092 xt = tx IR = tx ms 20 V LmH Assume that all switches have been…

A: Solution- t=∞  capacitor open, inductor short circuitVc0+ =Vc0- - for capacitoriL0+=iL0- - for…

Q: 1. The final value (steady state) of y(t)= 3e (e' +5sin(t)) is: А. О В. о С.3 D. T E. None of them

A: Given: Signal yt=3e-tet+5sint

Q: The switch in the circuit shown in the figure is its initial position for a very long time before it…

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Q: 6. Determine the energy of: 5) * (u(t) – u(t – 27)) x(t) = 5 cos(t + %3D

A: The given signal is: Assuming,

Q: Find and plot the current i (t) and the voltage vi (t) in the circuit shown. t = 0 12 0 iL(t) 10 v(+…

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Q: if Is= 11 mA, then the energy stored in the 2 mF capacitor under DC conditión is m). 2 mF 2 kN Is O…

A: To calculate the energy stored in 2 mF capacitor

Q: 5. For the circuit below, determine: (a) i(0), (b) the time constant of the circuit, at t>0, and (c)…

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Q: Μ Μ 500 Ω 750 Ω 0000 75 mH

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Q: In the circuit below, what is the value of 11? A 30.0 V F O 1.77 A O 0.23 A O 1.00 A O 1.54 A ↑ 6.0…

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Q: 42 1 F0 Q.17: The switch has been in position "1" for a long time. At t=0, the switch moves to "2".…

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Q: Find i(t) for t>0. t 0 20 Ω 10 2 i(t) 4mF 30 V 40 2 2.5 H

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Q: 7. Consider the circuit in the given figure. Find i(t) for t0. * t = 0 40 Ω 30 N 80 V 3 F 0.5i 50 Q

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Q: - Calculate the energy in the signal x(t) 5t, for 0 <t < 1 and r(t) 0 otherwise. a.. 25 b. infinity…

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Q: t=0 0.5 k. 4 mA(1 4 µF VC 0.25 H

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Q: For what value of k, will the following system be time invariant? y(t) = x(t) + x(kt) – x(2t) + x(t-…

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Capacitor

The capacitor is an element used to store electrical energy in the electrical field. A capacitor is a form of passive energy.