For the control system shown below. For step response, fill the following table if (-0.5 (show your complete solution) R(s) 16 +0.8 C(s)
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- A) Plot the following function on a Karnaugh map. (Do not expand to minterm form before plotting.) b) Find the minimum sum of products. c) Find the minimum product of sums.what is lyapunov stability ? write in deatilsWrite a Note on use of ODE in solving series RL circuit. Using Kirchhoff's voltage law find ordinary differential equation (ODE) representing system of series RL circuit. Solve that ODE and find out function for current i. Do detailed Curve Sketching analysis (Domain, Intercepts, Symmetry, Asymptotes, Intervals of Increase or Decrease, Local maximum and minimum, Concavity and points of Inflection, Sketch the function/ Plot the graph) of it (function for current 'i'). a. Following is the description of an RL circuit: constant voltage V = 5 V, R = 50 Q, L = 1 H, initial current i = 0 Amp. Calculate i' at any time t in RL circuit. Show equation for transient current. Calculate steady state current.
- Hello. I am confused which route to take for this problem. I could break it into parts, but do I put it into its odd and even functions for symmetry? Could you guide me through this problem? Thank you for your help.What will be the controller output for a Proportional Derivative controller (i) Initially and (ii) after T= 2 seconds (iii) after T= 3 seconds after the error begins to change from zero at the rate of 2%/s. The controller has Kp=2.5,KD=1.4 seconds. 9. S. 7- 3. 1 Time % of Error 61Minimize this equation
- 6. Discrete Ricccati equation is classified as a a. static control problem. b. dynamic control problem. c. nonliner control problem. d. None of all above. 7. A third order system with three inputs, the dimention of input matrix is a. (1,3) b. (3,3) c. (3,1) d. (1,1)Part 4: The data-input and data-select waveforms in Figure 7 are applied to the multiplexer. Determine the output waveform F in relation to the inputs. DO D1 D2 D3 1. so s1 Figure_7this question from Measurements and Instrumentation course.You should solve the following problem from Measurement Systems by John P. Bentley. all you need in the pic (1+2).