Aarsh Chotalia

Week 12: Monte Carlo | Linear Algebra
Week 12: Monte Carlo | Linear Algebra
Week 11: Laplace and Poisson Equation | Jacobi and other methods | Scientific Comp usin Python NPTEL
Week 11: Laplace and Poisson Equation | Jacobi and other methods | Scientific Comp usin Python NPTEL
Week 10: Know your roots | Newton Raphson etc. | NPTEL Scientific Comp using Python
Week 10: Know your roots | Newton Raphson etc. | NPTEL Scientific Comp using Python
Week 9: Solving PDE ft. Finite Difference | Diffusion equation et al | NPTEL Scientific Comp Python
Week 9: Solving PDE ft. Finite Difference | Diffusion equation et al | NPTEL Scientific Comp Python
Week 8: Solving PDE | Diffusion equation et al | Spectral Method | NPTEL Scientific Comp usin Python
Week 8: Solving PDE | Diffusion equation et al | Spectral Method | NPTEL Scientific Comp usin Python
Week 7: ODE solvers ft. RK4 et al | Fourier | NPTEL Scientific Comp using Python
Week 7: ODE solvers ft. RK4 et al | Fourier | NPTEL Scientific Comp using Python
Week 6: Derivatives | ODE solvers ft. Euler | NPTEL Scientific Comp using Python
Week 6: Derivatives | ODE solvers ft. Euler | NPTEL Scientific Comp using Python
Week 5: Numerical Integration | Newton Cotes | Gaussian Quad | NPTEL Scientific Comp using Python
Week 5: Numerical Integration | Newton Cotes | Gaussian Quad | NPTEL Scientific Comp using Python
Week 4: Lagrange Interpolation | Splines | NPTEL Scientific Computing using Python
Week 4: Lagrange Interpolation | Splines | NPTEL Scientific Computing using Python
Week 3: Plots | Files | Non dimensionalisation | NPTEL Scientific Computing using Python
Week 3: Plots | Files | Non dimensionalisation | NPTEL Scientific Computing using Python
Week 2: If-else| For-while Loops | Functions | NPTEL Scientific Computing using Python
Week 2: If-else| For-while Loops | Functions | NPTEL Scientific Computing using Python
Week 1: Intro | Philosophy of computation | Lists, Arrays | NPTEL Scientific Computing using Python
Week 1: Intro | Philosophy of computation | Lists, Arrays | NPTEL Scientific Computing using Python
Week 12: Hamilton Equations | Canonical Transformations | NPTEL Classical Mechanics TA
Week 12: Hamilton Equations | Canonical Transformations | NPTEL Classical Mechanics TA
Week 11: Tensors | Liouville's theorem | NPTEL Classical Mechanics TA
Week 11: Tensors | Liouville's theorem | NPTEL Classical Mechanics TA
Week 10: Calculus of Variations| NPTEL Classical Mechanics TA
Week 10: Calculus of Variations| NPTEL Classical Mechanics TA
Week 9: Nutation, precession|
Week 9: Nutation, precession| "Forces" in Rotational Frames| NPTEL Classical Mechanics TA
Week 8: Moment of Inertia Tensor, Tops in space| NPTEL Classical Mechanics TA
Week 8: Moment of Inertia Tensor, Tops in space| NPTEL Classical Mechanics TA
Week 7: Rotations of Rigid Body | NPTEL Classical Mechanics TA
Week 7: Rotations of Rigid Body | NPTEL Classical Mechanics TA
Week 6: Kepler's Problem, Rigid body | NPTEL Classical Mechanics TA
Week 6: Kepler's Problem, Rigid body | NPTEL Classical Mechanics TA
Week 5: Two body Problem, Conic Sections in Polar Co-ordinates | NPTEL Classical Mechanics TA
Week 5: Two body Problem, Conic Sections in Polar Co-ordinates | NPTEL Classical Mechanics TA
Week 4: Tri-atomic molecule, Forced and/or damped oscillations | NPTEL Classical Mechanics TA
Week 4: Tri-atomic molecule, Forced and/or damped oscillations | NPTEL Classical Mechanics TA
Week 3: Matrices, Forms, Oscillations | NPTEL Classical Mechanics TA
Week 3: Matrices, Forms, Oscillations | NPTEL Classical Mechanics TA
Week 2: Euler–Lagrange equations, Euler's Theorem, Cyclic Coordinates| NPTEL Classical Mechanics TA
Week 2: Euler–Lagrange equations, Euler's Theorem, Cyclic Coordinates| NPTEL Classical Mechanics TA
Week 1: dof, indices, Towards Euler–Lagrange equations | NPTEL Classical Mechanics PMRF TAship
Week 1: dof, indices, Towards Euler–Lagrange equations | NPTEL Classical Mechanics PMRF TAship