Given the transfer function of Eq. (4.23), find and wn. 36 G(s) : (4.23) s2 + 4.2s + 36

Q3. Consider a system with the mathematical model given by the following differential equation. Find the transfer function of the system d²y dt + 10 + 5- + 2y = u(t). di? di

Find the step response of each of the transfer functions shown in Eqs. (4.62) through (4.64) and compare them. [Shown in the image]Book: Norman S. Nise - Control Systems Engineering, 6th EditionTopic: Chapter-4: Time Response, Example 4.8Solve the math with proper explanation. Please don't give AI response. Asking for a expert verified answer.

Determine B and L for the given circuit if your design constraint dictates that i(t) = Bcos(3t -51.87) is = 2cos(3t-15)

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Q1/ For the process modeled by 2dy1/dt = -3y1 – 4y2 + 3u1 dy2/dt = 5y1 - 7y2 + 2u1 + 5u2 Find the four transfer functions relating two outputs (y1, y2) to two inputs (u1, u2). The ui and yi are deviation variables.

Q3. Consider a system with the mathematical model given by the following differential equation. Find the transfer function of the system. 5 dy3 dt? dy + 5 dte dy dt

3.16  plz solve and explain this examplestep by step plz avoid direct solution

Q1: Given the following discrete signal X,(z) = z-1- 4z-2 +2-3, X2(z) = z-1 + z-5 -z-6 X3(z) = z-1+ 4z-3 and X4(z) = 9z-2 -5z-4 Write a MATLAB code to find and plot the result discrete time signal X5(z) = X1(z)X2(z) + X3(z)X4(z) 02: Hgo MATI

33. For the rotational mechanical system shown in Figure P2.18, find the transfer function G(s) = 02 (s)/T(s) [Section: 2.6] T(t) ft 1 kg-m² 1 N-m/rad oooo 1 N-m-s/rad 1 N-m-s/rad FIGURE P2.18 0₂ (1) ₁-m-s/rad AAAAAAA