Please help me with this problem.

It has to satisfy these conditions below.

Simulate the motion of the double pendulum for the following two initial conditions and observe the difference in motion (butterfly effect)

Initial conditions 1: Initial angles theta=pi/2, omg=pi/2 (initial speeds are all 0)

Initial conditions 2: Initial angles theta=pi/2, omg=pi/2+0.001 (initial speeds are all 0)

Precautions 1: Use RK4

Precautions 2: fps should be 30 frames per second

Precautions 3: Calculate by changing dt=1/30/50, 1/30/100, 1/30/200, 1/30/400, etc. and find a reliable size of dt

Precautions 4: Simulate 25 seconds of exercisePlease help me with this problem.

It has to satisfy these conditions below.

Simulate the motion of the double pendulum for the following two initial conditions and observe the difference in motion (butterfly effect)

Initial conditions 1: Initial angles theta=pi/2, omg=pi/2 (initial speeds are all 0)

Initial conditions 2: Initial angles theta=pi/2, omg=pi/2+0.001 (initial speeds are all 0)

Precautions 1: Use RK4

Precautions 2: fps should be 30 frames per second

Precautions 3: Calculate by changing dt=1/30/50, 1/30/100, 1/30/200, 1/30/400, etc. and find a reliable size of dt

Precautions 4: Simulate 25 seconds of exercise Please help me with this problem.

It has to satisfy these conditions below.

Simulate the motion of the double pendulum for the following two initial conditions and observe the difference in motion (butterfly effect)

Initial conditions 1: Initial angles theta=pi/2, omg=pi/2 (initial speeds are all 0)

Initial conditions 2: Initial angles theta=pi/2, omg=pi/2+0.001 (initial speeds are all 0)

Precautions 1: Use RK4

Precautions 2: fps should be 30 frames per second

Precautions 3: Calculate by changing dt=1/30/50, 1/30/100, 1/30/200, 1/30/400, etc. and find a reliable size of dt

Precautions 4: Simulate 25 seconds of exercise double pendulum, rk4, matlab MATLAB Answers — New Questions

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