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jmunroe's
repositories
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data
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lecturenotes
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Assignment.01-Intro-to-Python-and-Eulers-Method.ipynb
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Assignment.02-Solving-First-Order-Equations-with-Eulers-Method.ipynb
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Assignment.03-Projectile-Motion.ipynb
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Assignment.04-Data-Analysis-Numerical-Methods.ipynb
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Assignment.05-Runge-Kutta-Methods.ipynb
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Assignment.06-Solving-Problems-Symbolically-and-Numerically.ipynb
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Lab.01-Python-Jupyter-Matplotlib.ipynb
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Lab.02-Skydiver-Problem.ipynb
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Lab.03-Projectile-Motion.ipynb
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Lab.04-Non-linear-Pendulum.ipynb
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Lab.05-Numerical-Differentiation-Integration.ipynb
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Lab.06-Curve-Fitting.ipynb
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Lab.07-Central-Forces-and-Potential-Energy.ipynb
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Lecture.01-Solving-Problems-Numerically.ipynb
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Lecture.02-Numerical-Programming.ipynb
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Lecture.03-Bicyle-Racing.ipynb
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Lecture.04-Projectile-Motion.ipynb
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Lecture.05-Baseball.ipynb
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Lecture.06-Simple-Harmonic-Motion.ipynb
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Lecture.07-Damped-Pendulums.ipynb
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Lecture.08-Forced-Pendulums.ipynb
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Lecture.09-Lorenz-Model.ipynb
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Lecture.10-Coupled-Oscillators.ipynb
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Lecture.12-Numerical-Differention-and-Integration.ipynb
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Lecture.13-Data-Analysis-and-Curve-Fitting.ipynb
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Lecture.14-Higher-Order-Methods-for-DEs.ipynb
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Lecture.15-Travel-Time-for-Seismic-Waves.ipynb
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Lecture.16-Earthquake-Detection.ipynb
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Lecture.17-Computer-Algebra-Systems.ipynb
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Lecture.18-Building-on-Physics-Past.ipynb
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Lecture.19-Celestial-Mechanics.ipynb
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Lecture.20-Precession-of-the-Perihelion-of-Mercury.ipynb
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Lecture.21-Three-Body-Problem.ipynb
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Lecture.22-Molecular-Dynamics.ipynb
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Test-1-Fall-2018.ipynb
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Test-2-Fall-2018.ipynb
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.gitignore
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README.md
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environment.yml
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falling_object.dat
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test2_velocity.dat
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