Udemy - Theoretical Classical Mechanics From Beginner to Expert 2022

磁力链接/BT种子名称

Udemy - Theoretical Classical Mechanics From Beginner to Expert 2022

磁力链接/BT种子简介

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收录时间：2025-02-24
最近下载：2025-09-01

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文件列表

  • 4. Dynamics Newton's approach/19. [Solution] Energy Spaceship.mp4 129.9 MB
  • 11. Coupled oscillators Differential equation, Eigensystem & Fourier analysis/7. Fitting the numerical solution with harmonic functions.mp4 114.1 MB
  • 3. [Level 2] More mathematical basics/4. Multidimensional derivatives Nabla operator, gradient, curl and divergence.mp4 109.6 MB
  • 9. Differential equations Analytical methods and simple examples from physics/12. [Solution] Damped harmonic oscillator.mp4 106.6 MB
  • 10. Differential equations Solving advanced physics problems numerically [Python]/24. Spaceship 55 Brake maneuver to reach moon orbit.mp4 100.0 MB
  • 5. Dynamics of the circular motion/22. Spinning top Rotation, precession & nutation.mp4 95.3 MB
  • 10. Differential equations Solving advanced physics problems numerically [Python]/18. 3-body problem 45 Analyzing the orbital motion of earth & moon.mp4 93.2 MB
  • 8. [Level 4] Advanced mathematical basics/6. Complex numbers 4 - Exponentials & Polar representation.mp4 87.5 MB
  • 10. Differential equations Solving advanced physics problems numerically [Python]/11. Example 4 Simulating a rolling ball - Two decoupled oscillators.mp4 83.9 MB
  • 5. Dynamics of the circular motion/7. [Solution] Roller coaster.mp4 83.4 MB
  • 4. Dynamics Newton's approach/15. Energy & Energy conservation.mp4 82.9 MB
  • 11. Coupled oscillators Differential equation, Eigensystem & Fourier analysis/6. Recovering the eigenfrequencies by Fourier transform.mp4 79.7 MB
  • 12. [Outlook] Chaos/4. Solving the Lorenz differential equation for the chaotic case.mp4 78.2 MB
  • 10. Differential equations Solving advanced physics problems numerically [Python]/4. Background Euler method.mp4 77.3 MB
  • 1. [Level 1] Overview & Mathematical basics/5. [Mathematical Basics] Vectors.mp4 71.9 MB
  • 10. Differential equations Solving advanced physics problems numerically [Python]/6. Example 2 Free fall - Higher-order differential equations.mp4 70.8 MB
  • 1. [Level 1] Overview & Mathematical basics/1. Structure of this course.mp4 70.1 MB
  • 3. [Level 2] More mathematical basics/8. Integration From 1D to multidimensional integrals.mp4 70.1 MB
  • 5. Dynamics of the circular motion/24. Inertial versus accelerated frame of reference Forces.mp4 68.8 MB
  • 5. Dynamics of the circular motion/2. Centripetal force.mp4 66.9 MB
  • 10. Differential equations Solving advanced physics problems numerically [Python]/16. 3-body problem 25 Coding the differential equations for sun, earth & moon.mp4 66.4 MB
  • 5. Dynamics of the circular motion/26. Motion of planets Kepler’s 1st law.mp4 66.0 MB
  • 3. [Level 2] More mathematical basics/3. Differentiation From derivatives in 1D to partial and directional derivatives.mp4 63.5 MB
  • 3. [Level 2] More mathematical basics/10. Alternative coordinate systems.mp4 62.0 MB
  • 7. Theoretical mechanics Hamilton's approach & beyond/8. [Exercise] Hamiltonian mechanics Kepler problem.mp4 61.9 MB
  • 8. [Level 4] Advanced mathematical basics/14. Matrices 5 - Eigensystems Eigenvalues & Eigenvectors of a matrix.mp4 61.6 MB
  • 8. [Level 4] Advanced mathematical basics/16. [Solution] Matrices.mp4 61.6 MB
  • 10. Differential equations Solving advanced physics problems numerically [Python]/22. Spaceship 35 Simulating earth escape.mp4 61.5 MB
  • 4. Dynamics Newton's approach/25. [Solution] Collision analysis.mp4 60.9 MB
  • 3. [Level 2] More mathematical basics/7. [Solutions] 3-dimensional derivatives.mp4 60.4 MB
  • 9. Differential equations Analytical methods and simple examples from physics/7. Homogeneous linear differential equations & Exponential ansatz.mp4 58.6 MB
  • 4. Dynamics Newton's approach/11. [Solution] Forces Inclined plane and friction.mp4 58.3 MB
  • 4. Dynamics Newton's approach/4. Weight & Gravity.mp4 58.2 MB
  • 11. Coupled oscillators Differential equation, Eigensystem & Fourier analysis/4. Numerical solution of the coupled differential equations.mp4 57.8 MB
  • 3. [Level 2] More mathematical basics/11. Integration in spherical coordinates.mp4 57.7 MB
  • 8. [Level 4] Advanced mathematical basics/8. [Solution] Complex numbers.mp4 57.6 MB
  • 10. Differential equations Solving advanced physics problems numerically [Python]/13. Rolling ball in Wolfram Mathematica.mp4 57.5 MB
  • 5. Dynamics of the circular motion/20. [Solution] Torque & Angular momentum.mp4 57.4 MB
  • 10. Differential equations Solving advanced physics problems numerically [Python]/20. Spaceship 15 Coding & Solving the differential equations.mp4 56.7 MB
  • 5. Dynamics of the circular motion/11. Moment of inertia Sphere.mp4 56.4 MB
  • 6. [Level 3] Theoretical mechanics Lagrange's approach/4. D’Alembert’s principle Generalized coordinates & Example Pendulum.mp4 55.1 MB
  • 6. [Level 3] Theoretical mechanics Lagrange's approach/13. [Solution] Lagrangian mechanics Kepler problem.mp4 55.0 MB
  • 11. Coupled oscillators Differential equation, Eigensystem & Fourier analysis/5. Analytical solution Determining the Eigensystem.mp4 54.2 MB
  • 1. [Level 1] Overview & Mathematical basics/3. [Mathematical Basics] Derivatives.mp4 53.9 MB
  • 4. Dynamics Newton's approach/8. Friction forces.mp4 53.5 MB
  • 5. Dynamics of the circular motion/17. Angular momentum & Angular momentum conservation.mp4 52.2 MB
  • 4. Dynamics Newton's approach/22. Elastic collisions.mp4 52.1 MB
  • 9. Differential equations Analytical methods and simple examples from physics/2. What are differential equations Motivation & Example.mp4 50.9 MB
  • 10. Differential equations Solving advanced physics problems numerically [Python]/21. Spaceship 25 Changing starting velocity Elliptical orbit around earth.mp4 50.7 MB
  • 4. Dynamics Newton's approach/13. Work & Relation to potentials.mp4 50.7 MB
  • 2. Kinematics/4. Definition of velocity and acceleration.mp4 49.5 MB
  • 3. [Level 2] More mathematical basics/9. Line integrals.mp4 49.0 MB
  • 10. Differential equations Solving advanced physics problems numerically [Python]/2. [How to] Download and install Python3 & Jupyter Notebook.mp4 48.6 MB
  • 10. Differential equations Solving advanced physics problems numerically [Python]/10. Improvement Use the SciPy function solve_ivp.mp4 47.5 MB
  • 5. Dynamics of the circular motion/14. [Solution] Rolling objects.mp4 46.4 MB
  • 8. [Level 4] Advanced mathematical basics/13. Matrices 4 - Calculating the determinant of a matrix.mp4 46.2 MB
  • 6. [Level 3] Theoretical mechanics Lagrange's approach/21. Euler-Lagrange equation Atwood's machine.mp4 46.2 MB
  • 3. [Level 2] More mathematical basics/12. Taylor expansion.mp4 46.1 MB
  • 9. Differential equations Analytical methods and simple examples from physics/10. [Solution] Homogeneous differential equations.mp4 45.9 MB
  • 5. Dynamics of the circular motion/23. Inertial versus accelerated frame of reference Velocity.mp4 45.8 MB
  • 4. Dynamics Newton's approach/21. Inelastic collisions.mp4 45.4 MB
  • 8. [Level 4] Advanced mathematical basics/12. Matrices 3 - Matrix multiplication.mp4 44.1 MB
  • 6. [Level 3] Theoretical mechanics Lagrange's approach/8. Lagrange equation.mp4 43.5 MB
  • 10. Differential equations Solving advanced physics problems numerically [Python]/5. Example 1 Radioactive decay solved with a function.mp4 43.4 MB
  • 10. Differential equations Solving advanced physics problems numerically [Python]/9. Adding damping and driving forces.mp4 43.4 MB
  • 5. Dynamics of the circular motion/9. Moment of inertia.mp4 42.8 MB
  • 10. Differential equations Solving advanced physics problems numerically [Python]/1. Section intro.mp4 42.5 MB
  • 2. Kinematics/5. Derivatives and integrals in kinematics.mp4 42.4 MB
  • 2. Kinematics/8. Superposition principle Throw in multiple dimensions.mp4 42.4 MB
  • 8. [Level 4] Advanced mathematical basics/4. Complex numbers 2 - Addition, subtraction & Complex plane.mp4 42.2 MB
  • 7. Theoretical mechanics Hamilton's approach & beyond/3. Mathematical detail Legendre transformation.mp4 41.7 MB
  • 2. Kinematics/16. Difficult example Pendulum, swing & carousel.mp4 39.8 MB
  • 10. Differential equations Solving advanced physics problems numerically [Python]/7. Example 3 Pendulum as a harmonic oscillator.mp4 39.4 MB
  • 4. Dynamics Newton's approach/7. Pendulum & Harmonic oscillator.mp4 39.4 MB
  • 6. [Level 3] Theoretical mechanics Lagrange's approach/1. Section intro.mp4 39.0 MB
  • 9. Differential equations Analytical methods and simple examples from physics/16. [Solution] Inomogeneous differential equation.mp4 39.0 MB
  • 4. Dynamics Newton's approach/12. Conservative forces & Potentials.mp4 38.8 MB
  • 9. Differential equations Analytical methods and simple examples from physics/1. Section intro.mp4 38.5 MB
  • 10. Differential equations Solving advanced physics problems numerically [Python]/17. 3-body problem 35 Solving the differential equations for sun, earth & moon.mp4 38.0 MB
  • 11. Coupled oscillators Differential equation, Eigensystem & Fourier analysis/1. Section intro.mp4 37.7 MB
  • 2. Kinematics/6. Example Derivatives and integrals in kinematics.mp4 37.5 MB
  • 2. Kinematics/17. Simplified example Harmonic oscillator.mp4 36.9 MB
  • 10. Differential equations Solving advanced physics problems numerically [Python]/23. Spaceship 45 Simulating a moon encounter.mp4 34.7 MB
  • 7. Theoretical mechanics Hamilton's approach & beyond/7. [Solution] Hamiltonian mechanics Pendulum.mp4 33.4 MB
  • 10. Differential equations Solving advanced physics problems numerically [Python]/15. 3-body problem 15 Coupled differential equations for sun, earth & moon.mp4 33.3 MB
  • 10. Differential equations Solving advanced physics problems numerically [Python]/8. Accurate solution of the pendulum.mp4 33.0 MB
  • 6. [Level 3] Theoretical mechanics Lagrange's approach/6. [Solution] D'Alembert's principle Inclined plane.mp4 32.5 MB
  • 11. Coupled oscillators Differential equation, Eigensystem & Fourier analysis/3. Three coupled oscillators Equations of motion.mp4 32.5 MB
  • 9. Differential equations Analytical methods and simple examples from physics/8. Example of exponential ansatz Harmonic oscillator.mp4 32.4 MB
  • 8. [Level 4] Advanced mathematical basics/1. Section intro.mp4 31.8 MB
  • 8. [Level 4] Advanced mathematical basics/10. Matrices 1 - What is a matrix.mp4 31.5 MB
  • 6. [Level 3] Theoretical mechanics Lagrange's approach/16. Hamilton’s principle of stationary action.mp4 31.3 MB
  • 6. [Level 3] Theoretical mechanics Lagrange's approach/24. Noether theorem Time invariance & Hamiltonian.mp4 31.1 MB
  • 7. Theoretical mechanics Hamilton's approach & beyond/10. Hamilton-Jacobi equation & Alternative formulations of classical mechanics.mp4 30.6 MB
  • 8. [Level 4] Advanced mathematical basics/5. Complex numbers 3 - Multiplication & division.mp4 30.4 MB
  • 9. Differential equations Analytical methods and simple examples from physics/4. Classification of ordinary differential equations (ODE).mp4 29.9 MB
  • 5. Dynamics of the circular motion/15. Torque.mp4 29.6 MB
  • 8. [Level 4] Advanced mathematical basics/3. Complex numbers 1 - What are complex numbers.mp4 29.5 MB
  • 2. Kinematics/20. [Solution] Roundabout, carousel, merry-go-round.mp4 29.5 MB
  • 6. [Level 3] Theoretical mechanics Lagrange's approach/19. Mathematical detour on action Calculus of variations.mp4 29.1 MB
  • 5. Dynamics of the circular motion/1. Section intro.mp4 29.0 MB
  • 3. [Level 2] More mathematical basics/1. Section intro.mp4 28.8 MB
  • 6. [Level 3] Theoretical mechanics Lagrange's approach/18. Why is Hamilton’s principle true - Example Vertical throw.mp4 28.5 MB
  • 5. Dynamics of the circular motion/8. Rotational energy.mp4 28.2 MB
  • 12. [Outlook] Chaos/5. Solving the Lorenz differential equation for the non-chaotic case.mp4 27.6 MB
  • 5. Dynamics of the circular motion/25. Coriolis force.mp4 27.5 MB
  • 6. [Level 3] Theoretical mechanics Lagrange's approach/2. Constraints.mp4 27.0 MB
  • 4. Dynamics Newton's approach/2. Mass, Inertia & Forces.mp4 27.0 MB
  • 5. Dynamics of the circular motion/19. [Exercise] Torque & Angular momentum.mp4 27.0 MB
  • 6. [Level 3] Theoretical mechanics Lagrange's approach/17. Euler-Lagrange equation derived from Hamilton's principle.mp4 26.8 MB
  • 4. Dynamics Newton's approach/5. Pulley.mp4 26.4 MB
  • 2. Kinematics/14. Uniform circular motion Constant angular velocity.mp4 25.7 MB
  • 2. Kinematics/13. Circular motion.mp4 25.5 MB
  • 7. Theoretical mechanics Hamilton's approach & beyond/5. Phase space & Example Harmonic oscillator.mp4 25.4 MB
  • 4. Dynamics Newton's approach/3. Newton's axioms.mp4 25.2 MB
  • 5. Dynamics of the circular motion/10. Moment of inertia Stick.mp4 24.9 MB
  • 6. [Level 3] Theoretical mechanics Lagrange's approach/12. [Solution] Lagrangian mechanics Pendulum.mp4 24.7 MB
  • 2. Kinematics/12. [Solution] Acceleration in a roller coaster.mp4 24.5 MB
  • 4. Dynamics Newton's approach/1. Section intro.mp4 24.4 MB
  • 2. Kinematics/2. Kinematics overview.mp4 23.9 MB
  • 7. Theoretical mechanics Hamilton's approach & beyond/4. Hamilton’s equations of motion.mp4 23.9 MB
  • 6. [Level 3] Theoretical mechanics Lagrange's approach/22. Noether theorem.mp4 22.9 MB
  • 7. Theoretical mechanics Hamilton's approach & beyond/6. [Exercise] Hamiltonian mechanics Pendulum & Kepler problem.mp4 22.3 MB
  • 1. [Level 1] Overview & Mathematical basics/4. [Mathematical Basics] Integrals.mp4 22.1 MB
  • 4. Dynamics Newton's approach/20. Momentum & Momentum conservation.mp4 22.0 MB
  • 5. Dynamics of the circular motion/29. Section outro.mp4 21.9 MB
  • 5. Dynamics of the circular motion/21. Comparison Translation versus rotation.mp4 21.9 MB
  • 5. Dynamics of the circular motion/28. Motion of planets Kepler’s 3rd law.mp4 21.4 MB
  • 4. Dynamics Newton's approach/18. [Exercise] Energy Spaceship.mp4 20.7 MB
  • 6. [Level 3] Theoretical mechanics Lagrange's approach/11. [Exercise] Lagrangian mechanics Pendulum & Kepler problem.mp4 20.4 MB
  • 4. Dynamics Newton's approach/14. Work of pulleys.mp4 20.3 MB
  • 4. Dynamics Newton's approach/16. Power.mp4 20.3 MB
  • 9. Differential equations Analytical methods and simple examples from physics/3. Classification of differential equations.mp4 20.2 MB
  • 7. Theoretical mechanics Hamilton's approach & beyond/1. Section intro.mp4 20.1 MB
  • 11. Coupled oscillators Differential equation, Eigensystem & Fourier analysis/10. THANK YOU & GOODBYE!.mp4 20.0 MB
  • 5. Dynamics of the circular motion/27. Motion of planets Kepler’s 2nd law.mp4 19.9 MB
  • 2. Kinematics/15. Constant angular acceleration.mp4 19.8 MB
  • 9. Differential equations Analytical methods and simple examples from physics/17. How to continue.mp4 19.7 MB
  • 5. Dynamics of the circular motion/6. [Exercise] Roller coaster.mp4 18.9 MB
  • 12. [Outlook] Chaos/1. Section intro.mp4 18.2 MB
  • 2. Kinematics/9. About exercises and quizzes.mp4 17.8 MB
  • 11. Coupled oscillators Differential equation, Eigensystem & Fourier analysis/9. Section outro.mp4 17.5 MB
  • 6. [Level 3] Theoretical mechanics Lagrange's approach/23. Noether theorem Rotation invariance & Angular momentum.mp4 17.2 MB
  • 4. Dynamics Newton's approach/6. Forces of an inclined plane.mp4 16.9 MB
  • 6. [Level 3] Theoretical mechanics Lagrange's approach/3. D'Alembert's principle.mp4 16.9 MB
  • 6. [Level 3] Theoretical mechanics Lagrange's approach/7. Generalized forces.mp4 16.6 MB
  • 4. Dynamics Newton's approach/10. [Exercise] Forces Inclined plane and friction.mp4 16.3 MB
  • 9. Differential equations Analytical methods and simple examples from physics/13. Inhomogeneous linear differential equations.mp4 16.2 MB
  • 6. [Level 3] Theoretical mechanics Lagrange's approach/9. Euler-Lagrange equation (2nd kind).mp4 16.0 MB
  • 2. Kinematics/21. Section outro.mp4 15.5 MB
  • 4. Dynamics Newton's approach/26. Section outro.mp4 15.3 MB
  • 9. Differential equations Analytical methods and simple examples from physics/14. Example Driven harmonic oscillator.mp4 14.5 MB
  • 6. [Level 3] Theoretical mechanics Lagrange's approach/5. [Exercise] D'Alembert's principle Inclined plane.mp4 14.4 MB
  • 7. Theoretical mechanics Hamilton's approach & beyond/9. Time evolution & Poisson bracket.mp4 14.3 MB
  • 6. [Level 3] Theoretical mechanics Lagrange's approach/15. Lagrangian & Action.mp4 14.2 MB
  • 4. Dynamics Newton's approach/24. [Exercise] Collision analysis.mp4 13.7 MB
  • 2. Kinematics/1. Section intro.mp4 13.4 MB
  • 12. [Outlook] Chaos/3. Lorenz systems - Explanation of the differential equation.mp4 13.2 MB
  • 6. [Level 3] Theoretical mechanics Lagrange's approach/26. Section outro.mp4 12.7 MB
  • 7. Theoretical mechanics Hamilton's approach & beyond/12. Section outro.mp4 12.6 MB
  • 9. Differential equations Analytical methods and simple examples from physics/5. Trivial case Direct integration.mp4 12.5 MB
  • 2. Kinematics/3. Uniform motion in one dimension.mp4 12.1 MB
  • 9. Differential equations Analytical methods and simple examples from physics/18. Section outro.mp4 11.3 MB
  • 5. Dynamics of the circular motion/16. Levers.mp4 11.1 MB
  • 2. Kinematics/7. Motion with constant acceleration.mp4 11.1 MB
  • 5. Dynamics of the circular motion/4. Work of centripetal force.mp4 10.9 MB
  • 6. [Level 3] Theoretical mechanics Lagrange's approach/10. Euler-Lagrange equation Harmonic oscillator.mp4 10.9 MB
  • 7. Theoretical mechanics Hamilton's approach & beyond/2. Hamiltonian.mp4 10.7 MB
  • 5. Dynamics of the circular motion/3. Centripetal versus centrifugal force.mp4 10.3 MB
  • 10. Differential equations Solving advanced physics problems numerically [Python]/19. 3-body problem 55 Comment on inclination of the moon.mp4 10.0 MB
  • 2. Kinematics/11. [Exercise] Acceleration in a roller coaster.mp4 9.1 MB
  • 5. Dynamics of the circular motion/13. [Exercise] Rolling objects.mp4 8.6 MB
  • 3. [Level 2] More mathematical basics/13. Section outro.mp4 7.8 MB
  • 6. [Level 3] Theoretical mechanics Lagrange's approach/20. Euler-Lagrange equation (1st kind).mp4 7.7 MB
  • 2. Kinematics/19. [Exercise] Roundabout, carousel, merry-go-round.mp4 6.9 MB
  • 8. [Level 4] Advanced mathematical basics/11. Matrices 2 - Matrix addition & subtraction.mp4 6.9 MB
  • 9. Differential equations Analytical methods and simple examples from physics/6. Example Free fall.mp4 6.9 MB
  • 12. [Outlook] Chaos/7. Section outro.mp4 5.7 MB
  • 9. Differential equations Analytical methods and simple examples from physics/19.1 4_Differential_equations.pdf 2.4 MB
  • 6. [Level 3] Theoretical mechanics Lagrange's approach/27.1 3a_Lagrangian_Mechanics.pdf 1.6 MB
  • 5. Dynamics of the circular motion/30.1 2b_Dynamics_Circular.pdf 1.4 MB
  • 1. [Level 1] Overview & Mathematical basics/1.1 Structure.png 1.3 MB
  • 4. Dynamics Newton's approach/27.1 2a_Dynamics.pdf 1.2 MB
  • 2. Kinematics/22.1 1_Kinematics.pdf 1.1 MB
  • 10. Differential equations Solving advanced physics problems numerically [Python]/25.1 02_Three_body.ipynb 580.2 kB
  • 7. Theoretical mechanics Hamilton's approach & beyond/13.1 3b_Hamiltonian_Mechanics.pdf 571.6 kB
  • 10. Differential equations Solving advanced physics problems numerically [Python]/12.1 01_Differential_equations.ipynb 438.0 kB
  • 11. Coupled oscillators Differential equation, Eigensystem & Fourier analysis/8.1 03_Eigenvalue_coupled_oscillators.ipynb 280.0 kB
  • 12. [Outlook] Chaos/6.1 04_Chaos_Lorenz.ipynb 191.7 kB
  • 11. Coupled oscillators Differential equation, Eigensystem & Fourier analysis/2.1 03_Eigenvalue_coupled_oscillators_TEMPLATE.ipynb 147.0 kB
  • 11. Coupled oscillators Differential equation, Eigensystem & Fourier analysis/2.2 figure_03_coupled_oscillators.png 19.4 kB
  • 11. Coupled oscillators Differential equation, Eigensystem & Fourier analysis/8.2 figure_03_coupled_oscillators.png 19.4 kB
  • 10. Differential equations Solving advanced physics problems numerically [Python]/3.1 01_Differential_equations_TEMPLATE.ipynb 12.4 kB
  • 10. Differential equations Solving advanced physics problems numerically [Python]/14.1 02_Three_body_TEMPLATE.ipynb 8.7 kB
  • 12. [Outlook] Chaos/2.1 04_Chaos_Lorenz_TEMPLATE.ipynb 2.1 kB
  • 3. [Level 2] More mathematical basics/2. Explanation Please read before starting with this section!.html 884 Bytes
  • 8. [Level 4] Advanced mathematical basics/2. Explanation Please read before starting with this section!.html 727 Bytes
  • 8. [Level 4] Advanced mathematical basics/7. [Exercise] Complex numbers.html 338 Bytes
  • 3. [Level 2] More mathematical basics/6. [Exercise] 3-dimensional derivatives.html 324 Bytes
  • 1. [Level 1] Overview & Mathematical basics/2. About the following videos.html 280 Bytes
  • 2. Kinematics/10. Test your knowledge!.html 159 Bytes
  • 2. Kinematics/18. Test your knowledge!.html 159 Bytes
  • 3. [Level 2] More mathematical basics/5. Test your knowledge about the Nabla operator..html 159 Bytes
  • 4. Dynamics Newton's approach/9. Test your knowledge!.html 159 Bytes
  • 4. Dynamics Newton's approach/17. Test your knowledge!.html 159 Bytes
  • 4. Dynamics Newton's approach/23. Test your knowledge!.html 159 Bytes
  • 5. Dynamics of the circular motion/5. Test your knowledge!.html 159 Bytes
  • 5. Dynamics of the circular motion/12. Test your knowledge!.html 159 Bytes
  • 5. Dynamics of the circular motion/18. Test your knowledge!.html 159 Bytes
  • 6. [Level 3] Theoretical mechanics Lagrange's approach/14. Test your knowledge about Lagrangian mechanics.html 159 Bytes
  • 6. [Level 3] Theoretical mechanics Lagrange's approach/25. Test your knowledge about Lagrangian mechanics.html 159 Bytes
  • 7. Theoretical mechanics Hamilton's approach & beyond/11. Test your knowledge about Hamiltonian mechanics!.html 159 Bytes
  • 8. [Level 4] Advanced mathematical basics/9. Test your knowledge about complex numbers..html 159 Bytes
  • Readme.txt 150 Bytes
  • 2. Kinematics/22. Slides of this section.html 149 Bytes
  • 4. Dynamics Newton's approach/27. Slides of this section.html 149 Bytes
  • 5. Dynamics of the circular motion/30. Slides of this section.html 149 Bytes
  • 6. [Level 3] Theoretical mechanics Lagrange's approach/27. Slides of this section.html 149 Bytes
  • 7. Theoretical mechanics Hamilton's approach & beyond/13. Slides of this section.html 149 Bytes
  • 9. Differential equations Analytical methods and simple examples from physics/19. Slides of this section.html 149 Bytes
  • 8. [Level 4] Advanced mathematical basics/15. [Exercise] Matrices.html 141 Bytes
  • 9. Differential equations Analytical methods and simple examples from physics/9. [Exercise] Homogeneous differential equations.html 141 Bytes
  • 9. Differential equations Analytical methods and simple examples from physics/11. [Exercise] Damped harmonic oscillator.html 141 Bytes
  • 9. Differential equations Analytical methods and simple examples from physics/15. [Exercise] Inomogeneous differential equation.html 141 Bytes
  • 10. Differential equations Solving advanced physics problems numerically [Python]/3. Download the template file.html 139 Bytes
  • 10. Differential equations Solving advanced physics problems numerically [Python]/14. Download the template file.html 139 Bytes
  • 11. Coupled oscillators Differential equation, Eigensystem & Fourier analysis/2. Download the template file.html 139 Bytes
  • 12. [Outlook] Chaos/2. Download the template file.html 139 Bytes
  • 10. Differential equations Solving advanced physics problems numerically [Python]/25. Download the final notebook.html 98 Bytes
  • 11. Coupled oscillators Differential equation, Eigensystem & Fourier analysis/8. Download the final notebook.html 98 Bytes
  • 12. [Outlook] Chaos/6. Download the final notebook.html 98 Bytes
  • 10. Differential equations Solving advanced physics problems numerically [Python]/12. Download the final notebook.html 53 Bytes

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