Please, Solve them... 1. For the systems given below, investigate for the given properties. Explain youranswers.i. у() — еxp(x())ii. y(1)=x(t)x(t-1)dx(t)iii. y(t) = sin(t)x(t) +linearity, time-invariancelinearity, stabilitytime-invariance, causalitydt2. The output of a linear system is y(t)=In(kt+1) to the input signals of the form a“ (a>1,k are constants). Answer the following:i. Find the output for x(1) = 1 + 6(2²ª) – 4(3* ).(Hint: Express 2 and 3 asexponents of a!)ii. Show that the output of the system is identically zero to a constantinput.iii. Is this system a LTI system? Why or why not?3. Two discrete-time LTI systems, whose impulse responses are h(n) and h,(n), arecascade connected as in the figure (below right).a. Find w(n) for x(n)=8(n)-0.58(n-1).b. Find the response y(n) to the input x(n)={(n)-0.58(n-1).c. Find the overall impulse response of the cascade system.4. The step (i.e. the input is u(t)) response of a LTI system is given by y(1) = sin(-21)u(t).Find the response to the input signal x(1) given in the figure (below left).5. Sketch the discrete time signals x1(n) and x2(n) corresponding to the sampling periodsT,1=0.5s and T,=0.3s, respectively, for the signal x(t) given below left. Assume thatthe sampler takes the right limit of the signal at nT, (i.e. x,(nT,) = lim x(t).x(n)w(n)y(n)h,(n)=0.5u(n)h{n}=2*u(n)For question 3For question 4 and 5

In the given question they have mentioned the input and output relationships For the given input…

1. For the systems given below, investigate for the given properties. Explain your answers. i. y(t) = exp(x(1)) ii. y(t)=x(t)x(t-1) linearity, time-invariance linearity, stability dx(t) iii. y(t) = sin(t)x(t) + dt time-invariance, causality

1. For the systems given below, investigate for the given properties. Explain your answers. i. y(t) = exp(x(1)) ii. y(t)=x(t)x(t-1) linearity, time-invariance linearity, stability dx(t) iii. y(t) = sin(t)x(t) + dt time-invariance, causality

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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bro pls solve & show all steps for a beginner try to write some explanation pls..
53 1.9.3 Obtain the state-space model of the single-input- single-output network system of Figure 1.5 in the form x = Ax + bu, y = c'x, where u, y and the elements X₁, X₂, x3 of x are as indicated. Vc = X3 R₁ 1₂ = x₂ L2 HH C i₁ = x₁ R₂ (~) u = e(t) L₁ Figure 1.5 Network of Exercise 53.
Activity 5:An automated QA machine selects the product in an industry based on the perfection of color,weight, and length which are expressed by the variables C, W, and L, respectively. If a feature isperfect the machine takes input as ‘1’, ‘0’ otherwise. Based on the conditions, the machine decideswhether to reject (R) a product or not. Assume R = 1, if the weight is not perfect as well as if anyof the color or length is not perfect. Otherwise, R = 0. Steps; 5-e) Use any circuit designer program to verify your system.(5-f) What is the benefit of using digital circuits for the abovementioned scenario? Explain.
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12 - Which of the following cannot be used as an electric field expression? a) -dV/dx B) -dU/(q.dx) NS) k.(q/r) D) dW/(q.dx) TO) f/q
Can you answer these using your own words.??
please just answer part e
Activity 5:An automated QA machine selects the product in an industry based on the perfection of color,weight, and length which are expressed by the variables C, W, and L, respectively. If a feature isperfect the machine takes input as ‘1’, ‘0’ otherwise. Based on the conditions, the machine decideswhether to reject (R) a product or not. Assume R = 1, if the weight is not perfect as well as if anyof the color or length is not perfect. Otherwise, R = 0.(5-a) Apply your knowledge of Boolean logic to form the truth table.(5-b) Use K-map to find the formula for the above scenario.(5-c) Draw the circuit diagram for the given scenario using the minimum number of practical gates.(5-d) Draw the circuit diagram for the given scenario using NAND gates only.(5-e) Use Multisim to verify your system.(5-f) What is the benefit of using digital circuits for the abovementioned scenario? Explain.
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Note: Don't use chatGPT or google or any other source to copy paste. I will dislike the solution if you do so.I need unique solution. if you are not able to solve please let other expert review. The given diagram represents a sequential circuit. This circuit has a single input labeled "x" and a single output labeled "Z." It also has two state variables called Q1 and Q2, which together can have four different combinations of present states: 00, 01, 10, and 11.Create the state table and state diagramand boolean equation as well.
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14. If "a" is 0.05, v2 and v1 are 6 and 8 respectively; Accordingly F critical value is: Select one: a. 4.15 b. 4.51 c. 3.85 d. 3.58