Find the output voltage v, when the source v, = 6u(1) V and v, (0) =1 V. Recall that u(t) represents the unit step function.

Q: The differential equation formed by eliminating the arbitrary constant A : y = A cos x +1 is

A: The given equation is ,       y = A*cos(x) + 1

Q: Q3: The unit step response of a first order system reaches 10% of its final value in 2 second. What…

A: The unit step response for a first order system is given by, Final value of the response is given…

Q: 2: For r(t) shown below, sketch the signal y(t) = r(1– t)[u(t + 1) – u(2 – 31)](note that u(t) is…

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Q: 7) Obtain the time response of the following system: y = [1 0] X and dere u(t) is a unit-step input…

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Q: Assuming zero initial condition, the response y(t) of the system given below to a unit step input…

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Q: 4. Design an analog operational circuit using OPA to realize the expression: V =4V –2V, +0.5V, (R, =…

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Q: Q3: The unit step response of a first order system reaches 20% of its final value in 4 second. What…

A: Step response of a first order system is generalized by the differential equation:

Q: The systems input output equation is in the picture find the zero state response yzs(t) to x(t) =…

A: Given data, The input-output equation:- d2y(t)dt2+4dy(t)dt+3y(t)=x˙(t)-2x(t)

Q: 7. Find and sketch the first derivatives of the following signals: (a) x(t) = u(t) - u(t - a), a>0;…

A: From the differentiation of given signals

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Q: The following transfer function describes the circuit. Determine the following: a.  value of…

A: in this answer we will find out the unknown values and find whether the system is underdamped,…

Q: 430 Q4: The switch in the circuit shown has been in a position for a long time. At = 0 it moves…

A: Switch is at position a, for long time at t=0, it moved from a to b.At t<0, switch is at…

Q: 7. What is the response to unit step function input when all initial conditions are zero. R + 2 C…

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Q: The convolution integral of two function x1(t) and x2(t) is O differentiated O time invariant causal…

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

Q: If v (t) = 10 cos 2t mV and v2(t) = 0.5t mV, find v.(t) in the op-amp circuit in the figure %3D…

A: The given circuit is a summing integrator with output voltage given as-vot=-1R1C∫v1dt-1R2C∫v2dt

Q: 4. Solve for the zero-input, zero-state responses, and the total response of the system shown below.…

A: Given: Inital conditions, y-t=1y-2=1 and  xn=3un To find: Zero-input, zero-state response

Q: The values of determines whether the response is overdamped, underdamped or critically damped a. R,…

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Q: (d) What is the time constant r of the response? Plot the response v,(1) and give the values of v.…

A: this is inverting amplifier

Q: Applying your knowledge of convolution and convolution properties, determine and then sketch the…

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Q: 15MA 十〇 -

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Q: A process is modelled by the differential equation,

A: Given Differential equation is: d2ytdt2+10dytdt+16yt=dudt+4u................1Let input xt=dudt+4u…

Q: A machine-tool system has the form 0.1 G(s) = s[s + 0.1] The sampling rate is T= 1 s. It is desired…

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Q: Q/ Implement the following P.O.S function (A,B,C,D)=sum(1,5,8,9,12,13,15) using MUX's * .of 3*8

A: To implement the following function

Q: Given C(s)/R(s) = 2/ (s+1)(s+6). The system is excited with step input. Obtain the time response,…

A: Here c(t) is the output response of the system since the system is excited by the unit step response…

Q: Output in a discrete time system; It is obtained by adding 6% of the two previous outputs to 3 times…

A: Note :- First question ( typed one) is in english so I can help you to solve that question. The…

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Q: The state equations of a second degree circuit are given below. Find the zero-state response of the…

A: From the state Space Analysis

Q: P7.4: Compare the response of two critically damped systems for different initial conditions and…

A: Given, A=-110-1, A=-100-1 B=11, C=11 x01→=11,x02→=11,x03→=11,x04→=11 Here, we have to find physical…

Q: 2/ Write True or False for the following: 1) The discrete-time system is a device or algorithm that…

A: Since you have asked multiple question ,we will slove the first question for you .If you want any…

Q: Homework 1 The switch in the circuit in below has been closed for a long time, and it is opened at…

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Q: For the circuit in Figure below, calculate the value of R needed to have a critically damped…

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Q: a: Find the convolution between the two finite-length sequences x(n) = 0.5 n [u(n) – u(n – 6)] h(n)…

A: First we will find out sequence of given signal and then we will find convolution by matrix method…

Q: 7. Given the following transfer function: 6s²+66s+60 100s²+20s+1 H(s) = With an input of x(t) =…

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Q: Q/ Implement the following P.O.S function (A,B,C,D)=sum(1,5,8,9,12,13,15) using MUX's of 3*8. *

A: To  Implement the following P.O.S function (A,B,C,D)=sum(1,5,8,9,12,13,15) using MUX's of 3*8. *

Q: If step response of a system is given as c(t)=Ae- +Be (where A and B are constants) „then the O…

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Q: the input output equation of this system is in the image find the solution of y(t) under the…

A: In the given questions, we need to calculate the y(t) by solving the differential equations. This…

Q: Required information Obtain the steady-state response of each of the following models, and estimate…

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Q: 4. Sketch the following functions a. u(t) the unit step function b. 8(t) the delta dirac function c.…

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Q: If step response of a system is given as c(t) =Ae-3t + Be- where A and B are constants, then the

A: The solution is provided in the following section:

Q: The circuit shown has an overdamped response. If C= 1/16 F, then the range of R leading to this…

A: Find as below

Q: The state equations of a second degree circuit are given below. Find the zero-state response of the…

A: Zero State Response : It is the response due to Input only. ( Initial conditions are Zero )

Q: The determination of the initial values x(0) and dx(0)/dt are crucial to analyzing second-order…

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Q: QUESTION Is it possible to have an output equation y(t) = v (t) + 3? Yes, because the state appears…

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Q: 4. Compute the following convolutions. Give your answer in equation form and as a plot. Note that it…

A: (a)  f0(t) = 4(t)  * δ(t) -4δ(t-1)+3δ(t-3)impulse function propertyδ(t-t0) * x(t±t1) =…