Help me with the response diagram

Q: The response of zero order instruments is faster than first order instruments. True False

A: Yes, zero order is more faster than 1st order. Because there is no dynamic delay.

Q: c) Assuming that the D and Clock inputs shown in the diagram below are applied to the circuit below,…

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Q: X2(1). 2 (の4 1 2 1 2 3

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Q: Convert the following expressions to sum-of-product (SOP) forms (A+B)(C +B) (A + C)(AB + AC) Convert…

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Q: I'm trying to minimize the function F=A' B C' + AC + AB' into F' (A,B,C). I believe I need to use…

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Q: Using the table method, find the convolution of the following two signals: h[k] = k(u[k] — u[k – 4])…

A: Function Definition   uk=0 , k<0=1  , k⩾0δ[k]=1 , k=0 =0 ,  k≠0

Q: Integral controller is acting on a. transient and steady state response b. steady state response O…

A: An integral controller in a system is used to eliminate the steady-state error. It increases the…

Q: Q1) Find the start and the end of the 6 sections of SVPWM in terms of T, where T is 1/f *

A: Circular method

Q: This is a part of a review I'm studying, NOT a graded assignment, please do not reject. May someone…

A: The system function is⇒Y(s)=4(s+50)s2+30s+200R(s) ;Where r(t) is input and y(t) is the output.We…

Q: 6. As shown in the following figure, given U₁, U2, U3, and Us, what is the value of Uab? U₂1 Uab +…

A: here we have to find the voltage  in the given circuit.

Q: For the meci anical system shown UM in figure below, find the mathematical model T. F=Y(s)/F(s) У…

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Q: Q2. Simplify the following expression using Boolean Algebra AB(D+CD)+ B(A + ĀCD)

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Q: What is the systern response of the figure below? 625 G(s) =+625 O Underdamped O Undamped O…

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Q: Find T.F for the system?

A: The given system is We have to find the transfer function C(s)R(s)

Q: First order system is defined as

A: Type is defined by number of poles at origin.

Q: (A+B+C')(A+B+D)(A+B+E)(A+D'+E)(A'+C) solve the given equation

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Q: Given the following circuit, + iR ic + + VC L R VR ט C - Figure 1: RLC Natural Response Circuit…

A: Step 1: Step 2: Step 3: Step 4:

Q: Q, (t) C₁ He I,R, C₂ Figure 6: An fluid system V, (t) ww Rs ERL elle L V (t) Figure 7: A tuning…

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Q: From the image below choose witch boolean functions are dual, and How many of the functions are…

A: In the question Given some Boolean expressions and asked to match with their duals. Why transfer and…

Q: Given R1=150, R2=18 Q, R3 = 4 Q2, and L = 4 H, for the circuit shown in the figure shown below,…

A: The given circuit R1=15 Ω.R2=18 Ω.R3=4 Ω.L=4 H.The output current io(t) is given by io(t)=K1+K2e−tτ…

Q: R(s) E(s) G₁ G₂ C(s)

A: We need to convert the given block diagram into signal flow graph (SFG).

Q: B Find the energy and power signals to the function below: F(t) =et Cos 3t

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

Q: Simplify the block diagram below and determine: G(s) = R(s) G₁ H₁ H₂ G₁ G₂ C(s)

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Q: R 1. Reduce the block diagram below into single transfer function. G₁ G₁ G₂ H₁ H₂ G₂

A: Given here a block diagram and asked to find the transfer function.

Q: p(t) = + 1 2 2 X

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Q: Q= (A+B+E).- (A+B+c) (Ā+B+C) (A+B+c) (A+13+4).(A+B+c/

A: The given function is: Q = (A+B+C') (A+B+C) (A'+B'+C') (A+B'+C) (A'+B'+C) (A+B'+C') The given…

Q: Find the solution of the following operation for hexadecimal numbers F25/A +0.372 O None of them O…

A: Here we have to perform arithmetic operation  of    hexadecimal number and decimal number  and then…

Q: (a) 012

A: Note: We’ll answer the first question since the exact one wasn’t specified. Please submit a new…

Q: 3.The block diagram represents a control system. What is the response of the system for unit step…

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Q: E Inputs: - $1: (A) -$2: (B) - 53: (C) -$4: (D) Output: 0000 0010 0011 0100 0101 0110 0111 1000 1001…

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Q: Calculate the output C (s) of the system whose block diagram is given below. D(S) R(s) C(s) GO G1 G2…

A: Transfer function of the given control system.  Transfer function is define the Laplace of the…

Q: 1- 2- 3- 4- 5- R(s) R(s) R(s). R(s) R(s). Find the response of each 2nd order system shown below. 20…

A: Given data The transfer function are given in the block diagram for each of the subpart. The…

Q: To simplify an equation Jsing a Karnaugh map , the equstion must be in: a) Product of Sums b)…

A: by using Karnaugh map can simplify all the equation in form "product of sum" and "sum of product"…

Q: Consider a COVID-19 pandemic response system with five inputs:Oxy-gen (B-001), ICU (I-101), Covid…

A: Given data: V=111T=100P=000B=001I=101V<T<P<B<I

Q: Find the simplified SOP representation of f. ac ac boc S₁ So Хо X₁ X₂ bX3

A: Here we have to write sop expression

Electromagnetic Power Density

The power density of an electromagnetic (EM) wave is proportional to the square of the frequency of electric field (or magnetic field). The moving charge produces both electric field and magnetic field. Electric and magnetic fields are inseparable and exist in combination in EM waves.

Wave Reflection and Transmission

Reflection is defined as a sudden change in the path of the wave that strikes the boundary between two types of media. The least part of the disturbances coming from the wavelength remains the same within the same area. The reflection of the wave takes place by following everyday thinking, simple rules, at the ends of the plane. The coefficient of reflection is the ratio of the amplitude of the reflected wave to the value of the incident wave.

Skin Depth

The wire-type conductors are used in the transmission of electrical energy or signals using an alternating current. The electrons are driven apart due to the electric field created nearby the copper conductor surface. The magnetic field changes with the change in the current density. This change in the magnetic field produces an electric field that opposes the current density change. This electric field is known as back electromotive force (EMF). This force is stronger inside the copper conductor and is weaker at the surface. An alternating current can be induced due to the magnetic field according to the law of induction. Such a current is produced due to the electromagnetic wave impinging on the copper conductor.

Plane wave propagation

Any of the ways how waves travel is known as wave propagation. One can find the difference between longitudinal wave and transverse wave with respect to the direction of oscillation, which is related to the propagation direction. Propagation may occur in vacuum for electromagnetic waves as well as in material medium. Other types of waves need a transmission medium to exist and cannot propagate through the vacuum. The amplitude of a wave is the maximum distance from the displacement of the particle from its resting position on the medium. The waves that propagate are of two types, Pressure waves or Shear waves.