![SOLVED: The matrix exponential e' is defined by the McLaurin series 4=+ 4 3 +r+ This computation can be quite difficult, as this problem illustrates. Enter the function function matexp(A ) MATEXP SOLVED: The matrix exponential e' is defined by the McLaurin series 4=+ 4 3 +r+ This computation can be quite difficult, as this problem illustrates. Enter the function function matexp(A ) MATEXP](https://cdn.numerade.com/ask_images/7d2f260645124a13b943c7b72e6b8112.jpg)
SOLVED: The matrix exponential e' is defined by the McLaurin series 4=+ 4 3 +r+ This computation can be quite difficult, as this problem illustrates. Enter the function function matexp(A ) MATEXP
![control system - Matlab Pade approximation influence on bode plot and step response - Electrical Engineering Stack Exchange control system - Matlab Pade approximation influence on bode plot and step response - Electrical Engineering Stack Exchange](https://i.stack.imgur.com/PAnt1.png)
control system - Matlab Pade approximation influence on bode plot and step response - Electrical Engineering Stack Exchange
![Relative error between ln(z) and its Padé approximants accurate for ≈ 1. | Download Scientific Diagram Relative error between ln(z) and its Padé approximants accurate for ≈ 1. | Download Scientific Diagram](https://www.researchgate.net/publication/326356252/figure/fig1/AS:647624831029248@1531417200599/Relative-error-between-lnz-and-its-Pade-approximants-accurate-for-1.png)