Consider a linear time system given by
Understand the Problem
The question seems to be asking about a linear time system, likely requiring further context or details about the system to provide a thorough answer. However, no specific query or additional information follows 'given by'.
Answer
State-space: [z˙1 z˙2] = [0 −2; 1 −3][z1 z2]^T + [0 1]u
The state-space representation of the linear time-invariant system is given by the matrix equation [z˙1 z˙2] = [0 −2; 1 −3][z1 z2]^T + [0 1]u, as found on Chegg.
Answer for screen readers
The state-space representation of the linear time-invariant system is given by the matrix equation [z˙1 z˙2] = [0 −2; 1 −3][z1 z2]^T + [0 1]u, as found on Chegg.
More Information
State-space representation is a mathematical model of a physical system as a set of input, output, and state variables. Techniques for solving state-space equations can help in understanding system behavior and stability.
Tips
Make sure to correctly set up the matrices and vectors according to the system's description. Mistakes in matrix alignment or mismatches between vector sizes can lead to incorrect results.
Sources
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