Solve for the state-space representation of the following translational mechanical system. M₁ X1 What is the value of B? K oooo Frictionless M₂ M1 = 10 kg, M2 = 5 kg, K = 20 N/m, D = 5 N-s/m or 5 N/(m/s) Solve for matrices A and B in the state space representation * = Ax+ Bf(t), where x = [X1V₁x2v₂]T. Follow these steps: 1. Write the equations governing the motion of each mass. 2. Re-arrange the equations and convert to matrix form. Note that v₁ = What are the elements of A and B? A: -f(t) X₁ and v₂ = x2.

Solve for the state-space representation of the following translational mechanical system. M₁ X1 What is the value of B? K oooo Frictionless M₂ M1 = 10 kg, M2 = 5 kg, K = 20 N/m, D = 5 N-s/m or 5 N/(m/s) Solve for matrices A and B in the state space representation * = Ax+ Bf(t), where x = [X1V₁x2v₂]T. Follow these steps: 1. Write the equations governing the motion of each mass. 2. Re-arrange the equations and convert to matrix form. Note that v₁ = What are the elements of A and B? A: -f(t) X₁ and v₂ = x2.

Power System Analysis and Design (MindTap Course List)

6th Edition

ISBN:9781305632134

Author:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma

Publisher:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma

Chapter6: Power Flows

Section: Chapter Questions

Problem 6.21MCQ

See similar textbooks

Similar questions

Find the eigenvalues(the roots) of the matrix. A 4- [24]
State equations dx1 / dt = 2x1 + 3x2 + 2u dx2 / dt = x1 + 4x2 + u y = x1 + x2 How many poles does the system given as?
State equations dx1 / dt = 2x1 + 3x2 + u dx2 / dt = x1 + 4x2 + u y = x1 How many poles does the system given as?
Q2/ Determine and plot the result x(n) of the following operations: X(z) = (z + z'- 3z- +4z 2 + z³)(z² - 6z + 4z-5 + z) %3D is linear or not
Explain the distinction in MATLAB between A*A − 1 and A*A – I, where Ais a matrix. State how to implement the second expression.
Find the fundamental solution matrix (t) for the system dt -1 -2 and also the solution x(t) for the initial conditions x1(0) = 1 and x2(0) = 2.
5. Solve for all possible values of the real numbers x and y in the following equation: x+iy+2+3i = i + 2. 2x+2iy-3 Hint: Convert this to a multiplication problem and match the real and imaginary parts.
Note: Use a type of software tool like Python, Matlab, Scylab, etc. that allows you to solve systems of equations and matrices with complex numbers. Add a screenshot showing the result provided by the tool used. Mesh Analysis in CA 4. Calculate the current 10 in the following circuit 100Z0V 10Ω ww Io HA -j4n 5Ω m 4Z0A j8Ω HE -jon
moodle1.du.edu.om Consider the system in the figure. The input is the function f(t) and the output is 2x+3 dx/dt x(t) lell - A(t) fv The matrices of the state space are 1 8-C=1 o] D-[0] a. A= fv K B = M. 1 B = 1 C=[1 0] D=[0] b. A= fv M M M 1 c. A= B = 1 C = [2 3] D=[0] K fv M M M 1 d. A= fv B = C=[2 3] D=[0] K M Select one:
complete the routh table for the function 100 s5+2s4+4s³+5s²+s+2 Determine whether the response is stable or unstable. ins A S $² N 50 1 2 Blank 1 Blank 3 Blank 5 Blank 7 4 5 Blank 2 Blank 4 Blank 6 1 2
Note: Use a type of software tool like Python, Matlab, Scylab, etc. that allows you to solve systems of equations and matrices with complex numbers. Add a screenshot showing the result provided by the tool used. AC nodal analysis 1. Using nodal analysis, find v₁ and v₂ for the following circuit. 25cos(2t) A + Vz V1 M T 0.2 F HI V2 4Ω m 2 H 3vx
Need some help with this example. Also the nomenclature in this book is bad what exactly is P_n?