X24 KL fe M1 BỊ M2 BỊ Free body diagram of the mechanical system draw and write down their derivative equations. Mechanics using derivative equations obtained draw equivalent circuit,

Q: a. Find C(2)/R(2) for the system shown below, assuming T-0.3 seconds: R(s) 20 C(S) Hold Hold s(s +…

A: In series or cascade connection equivalent transfer function is the multiplication of all the gain,…

Q: Consider the linear system described by its state space model: x1 = -5x1 + 2x2 + 2u *2 = -2x1 – x2 +…

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Q: a system with input x (t) and output y (t) is linear, time invariant, causal. y(t)=x(t-5) – x(4-t)

A: system with input x (t) and output y (t)   y(t)=x(t-5) – x(4-t) Describe about linear or non linear?…

Q: The process involved in solving the differential equation numerically is called as O Newton's Method…

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

Q: A. Starting from differential equations of DC machine, Derive the expressions for 1. Wm(s) 2. la(s)…

A: DC machine circuit, ia(t)-armture currentvb(t)-back emfva(t)-armature terminal voltageωm(t)-motor…

Q: Prove the following identities algebraically (a) (b) (A + B)(A + B) = 0 A + AB = A + B

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Q: Decide whether the given equation A.B + A'B'=1 is true or false your decision. Please confirm.

A: In this question , we will write about given boolean expression....

Q: Find the length of each of the following curves using the applicable differential length dl: p =…

A: Find the length of each of following curves using the applicable differential length dla. ρ=3 ,…

Q: Control Systems For a mechanical system equation of motion is given as below:  2 d2x(t)/dt2 + 0.5…

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Q: Q1. Use the differential equation approach to find i(t) for t> 0. Use Long Method (Differential…

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Q: 1) Determine if the following system is a linear system. y(n) = x(n – 3) + 3x(n) 2) Determine if the…

A: In this question we will write about given system linearity and time invariance...

Q: Q23] Evaluate the following mathematical operations. Compute only two values (k = 0, 1) of the…

A: (a)  loge2cos3+ie2sin3=loge2×-0.98+ie2×0.141=log-7.23+i1.04 Which can't be solved further because…

Q: For a mechanical system, equation of motion (hareket eşitliği) is given as b 0.5x (t) dt2 dæ (t) +…

A: Here i have solved it.

Q: 2) Determine if the following linear systems is time invariant. y(n) 4x(n²) %3D

A: Given: y(n)=4x(n2) For a system to be Time invariant,              Shift in the input = shift in the…

Q: 1 N/m I N-s/m I N/m I N-s/m Consider the 3 mass system defed below 1 kg I kg I kg Derive wystem…

A: Solution- Free body diagram (FBD) of the first mass system, Now, using newton's second…

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: The positioning system of a printer can be modeled as Y(s) = where the input R (s) represents the…

A: Given: Positioning system is modeled as, Ys=10s+50s2+60s+500Rs. Input is unit step.

Q: 2. a. Consider the linear system described by its state space model: X1 = -3x1 – 2x2 + 2u X2 = 2x1 –…

A: The system equation is given by-   x1˙x2˙=-3-22-4x1x2+23uy=21 x1x2+1 uThe state diagram is-…

Q: The order of the system that having characteristic equation s + 2s² + 4s + k =0 A. 4 В. 6 С. 3 D. 2

A: Option-c (answer) 3

Q: R(s) R(s)=1/s 1 Y(s) Ts+1 Figure 3 first order control system

A: For the given first order system we need to find its unit step response.

Q: 2. Draw a PLA circuit for the given expressions. 1. Y1 = ABC'D + ABCD + AB'C'D' 2. Y2 = ABCD +…

A: The PLA circuit for the expression can be made as: Y1 = ABC'D + ABCD + AB'C'D'

Q: Homework: Determine whether the systems below are linear or nonlinear. y(t) = #(log(t)). y(t) =…

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Q: y(t) = x(2t) %3D У(t) %3 (t + 1)x(€)

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Q: Q2: 1) Determine if the following system is a linear system. y(n) = x(n – 3) + 3r(n) 2) Determine if…

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Q: 2s4+3s3+5s+1 83+282+4s+1 Assume r(t) = 2t %3D Write the corresponding differential equation when…

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Q: The systems given below have input x and output y. Determine whether each of them is memorlyless,…

A: For y(t)=cos(x(t)) This system doesn't depend on past input or past output. So it is a memoryless…

Q: Q2/ Evaluate the state space representation of the below system, if you know: s+a s+b G(s) M(s) = 1…

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Q: Using the following matrix, please come up with a state space representation with the following…

A: Output response is given asy1t=2θ1ty2t=4θ1t+3θ2t+ςty1ty2t=2043θ1tθ2t+01ςt-----1This is state space…

Q: Q2/ Evaluate the state space representation of the below system, if you knov s+a G(s) s + b R(s)…

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Q: Consider the linear system described by its state space model: x1 = -3x1 + x2 + 2u Х2 — — 2х1 — 2х2…

A: Control systems are represented by transfer function. This can be written in both time domain and…

Q: Find Lx and Rx for the Maxwell Bridge circuit if that is balanced for R₁ = 50 kn, R₂ = 8.2 kn, R3 =…

A: In this question we need to find the value of Lx and Rx for the given Maxwell bridge circuit.

Q: A system is described by y[n] = x[n2]. Which of the following statements are correct? %3D (1) The…

A: We need to select correct option for statement .

Q: Simplify the following expressions: 1. A+ B'+ A 2. BCB' 3. C+1+B' 4. X'+Y + X 5. L+M+M' 6. F+T+ F…

A: Simply the given expression of the boolean expression. We know  A+A'= 1 1+X=1 BB'= 0

Q: QI/ Find the state and output equations for the electrical network shown in The below figure if the…

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Q: Determine whether the following systems are linear and/or time invariant y(n) = 2z(n – 5) + 3r(n –…

A: As per our policy i have attempted 1 question a) Given  y(n)=2x(n-5)+3x(n-1)

Q: A Maxwell bridge is used to measure inductance and impedance. The bridge constants at balance are:R1…

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Q: Consider the linear system described by its state space model: *1 = -3x1 + x2 + 2u х2 — — 2х1 — 2х,…

A: Given State equation

Q: The dynamics for the car Audi A2 (see Figure 2) is modelled by the standard state-space…

A: Given the state space matrix values: A=010-0.1 , B=00.1 , C=1001 , D=00 In the first part we need to…

Q: y(0~). а) Fill in the blanks in the following statement: In order for the abovementioned system to…

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Q: Assuming all conditions to be zero, the unit step response of the system described by the difference…

A: According to the context of the given question,  The difference equation is given as follows:- y(n)…

Q: 1. The simplified expression of Y(ABC)= SUM(m0,m1,m2,m3,m4,m5,m6) is: A. Y=A B. Y=A'+B C.…

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Q: Consider the system, y(t) = x(t-5) - x(5-t) assess the properties of such a system from the point of…

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Q: The simplest equation which implements the Karnaugh map below is A B 0. А В 1 1 1 А В 1 X AB X AC +…

A: Please refer the attached images for the complete answer..

Q: dy(t) + ay(t) = Bx(t) dt

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Q: For the circuit shown in figure, let R = 2.5 2, L = 1 H, C = 0.04 F, E = 169 sin(t) and I, (0) =…

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Q: We are given X(t)=Mcos(2πt), where M is uniformly distributed over ][−1,1]. Evaluate the…

A: Given values are - Xt=Mcos2πtM is uniformly distributed over -1,1=a,b.t1=0t2=0.2

Q: 2) Determine if the following linear systems is time invariant. y(n) = 4x(n²) %3D

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Q: is expressed as the state equations of a linear time invariant system. dx(t) / d(t) = Ax(t)+Bu(t)…

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Q: Consider the linear system described by its state space model: x1 = -3x1 + x2 + 2u x2 = -2x1 – 2x2 +…

A: A linear system is described by its state-space model as We need to obtain its state diagram and…

Thermistors

A thermistor is a special type of resistor whose resistance is more temperature-dependent than standard resistors.  The resistance of the thermistor decreases with increasing temperature. This is the basic principle of thermistors. This allows the thermistor circuit to detect very small temperature changes that cannot be observed with the Resistance temperature detectors (RTDs) or the thermocouples. Since the resistance of a thermistor is temperature dependent, it can be connected to an electrical circuit to measure body temperature. This high sensitivity to temperature changes makes thermistors very useful for accurately controlling and calibrating temperature measurements. In general, resistance increases with increasing temperature in most metals, but thermistors react negatively.