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Last Updated: September 30, 2026
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In this video we will implement and simulate a classical physics problem: The double In this video I derive the system of differential equations for the double This is how I implemented the motion for my simple No paper required! Set up the problem, derive the differential equations, and solve them with only sympy and numpy. Also sympy ... So a classic example of a situation with say a simple compound Today we solve the equation of motion for the simple Code (github): github.com/logdog/YouTube/tree/main/Lagrangian%20Mechanics%20in%20Python/Double%20Pendulum ... Those equations you see on the background of the thumbnail? Those make up ONE OF EIGHT differential equations you need to ... With the driving frequency omega = 0.3 sqrt(g/l), the system has a periodic solution. So, the Poincare Map reduces to a single ...
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