Mathematica: Graphing The behavior of a double pendulum

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SUMMARY

This discussion focuses on graphing the behavior of a double pendulum using Mathematica to create strange attractors similar to those found in the Lorenz equations. Users are encouraged to utilize the plot() function within Mathematica for visualizing the dynamics of the double pendulum. Additionally, Wolfram provides extensive online resources, including demonstrations that can aid in understanding these concepts.

PREREQUISITES
  • Familiarity with Mathematica software
  • Understanding of double pendulum dynamics
  • Knowledge of strange attractors and chaos theory
  • Experience with the plot() function in Mathematica
NEXT STEPS
  • Explore Wolfram's online notes on Mathematica for graphing techniques
  • Learn about the mathematical modeling of double pendulums
  • Investigate the Lorenz attractor and its significance in chaos theory
  • Practice using the plot() function with various parameters in Mathematica
USEFUL FOR

This discussion is beneficial for physicists, mathematicians, and educators interested in visualizing complex systems and chaotic behavior using Mathematica.

jamg.97
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Hello,

I have a few newb questions. How can I graph the behavior of a double pendulum in Mathematica to make strange attractors like in the Lorenz equations?
 
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Work out what you want to plot and use the plot() function?
Have you used mathematica before?

Note: Wolfram has extensive online notes on how to do things with Mathematica.
i.e. http://demonstrations.wolfram.com/LorenzAttractor/
... [demonstration]
 

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