The standard eigenvalue problem to model coupled pendula
In this video, we transform the coupled pendula problem into a standard eigenvalue problem. We see how to use the cosine ansatz to transform our coupled ordinary differential equations into the exact form that we desire. This completes our introduction and sets us up for the next lesson in which we begin our exploration of eigenvalue theory. Viewers can find much more about the McCusker apparatus and an authentic modeling activity that gives rise to a standard eigenvalue problem in the real world on the support website for this project: http://www.appliedlinearalgebra.com/b...

▶︎
Solving the coupled pendula standard eigenvalue problem

▶︎
What are eigenvalues and why are they useful?

▶︎
I finally understood why the universe needs imaginary numbers (My mind is blown!)

▶︎
How Divergence and Curl Were Discovered

▶︎
2081681993819799846994786333448627702865224538845305484256394568209274196127380153785256484516 (etc)

▶︎
China quietly saved the world last month

▶︎
Understanding The Most Beautiful Equation In Physics

▶︎
World Cup Final Spain vs. Argentina Highlights FIFA World Cup 2026 | Sportschau

▶︎
General relativity from first principles – Adam Brown

▶︎
1986: How to Spot the Upper Class | That's Life! | BBC Archive

▶︎
Letter grades cause learning cancer... what might we do instead?

▶︎
Gabriel Iglesias | What Happens When Indians Rob a Bank?

▶︎
The French Do Not Care About Work

▶︎
We Bought Temu's Craziest Product!!!

▶︎
Only Video That Will Make You BETTER at MATH - 100%

▶︎
The Riskiest Moment of the AI Bubble

▶︎
NO ONE Understood What Was Happening... Then They Started LAUGHING And It All Made Sense!

▶︎
France vs. England Highlights FIFA World Cup 2026 | Sportschau

▶︎
Optimization: A Bootcamp for Machine Learning, Inverse Problems, and Control

▶︎
