Udemy - Theoretical Classical Mechanics From Beginner to Expert 2022 - 磁力管家

BT种子名称

分享给好友

BT种子基本信息

种子哈希：1df49caf00f2d87a19393948c1fb1a9db21cd0f7
文档大小：6.8 GB
文档个数：232个文档
下载次数：309次
下载速度：极快
收录时间：2025-02-24
最近下载：2025-05-15
DMCA/屏蔽：DMCA/屏蔽

下载磁力链接

magnet:?xt=urn:btih:1DF49CAF00F2D87A19393948C1FB1A9DB21CD0F7
复制磁力链接到utorrent、Bitcomet、迅雷、115、百度网盘等下载工具进行下载。

下载BT种子

磁力链接种子下载迅雷下载二维码迅雷看看
磁力链接在线播放？试试百度云网盘离线下载播放！

Udemy - Theoretical Classical Mechanics From Beginner to Expert 2022的二维码

文档列表

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

==查看完整文档列表==

下一个：You.and.Idol.Precure.♪.S01E04.The.Legendary.Idol!.Kaito.Hibiki.1080p.CR.WEB-DL.JPN.AAC2.0.H.264.MSubs-ToonsHub.mkv 1.5 GB

24小时热门磁力链接

Andor [HDTV 720p][Cap.205] 8145次下载 Cap HDTV 720p
Маня и Груня.2024.WEB-DL 720p.Files-x 5109次下载 2024 WEB DL
Havoc.2025.1080p.NF.WEB-DL.DDP5.1.Atmos.H.264-EniaHD.mkv 5077次下载 WEB DL DDP5
The.Super.Cube.S01E09.1080p.iQ.WEB-DL.AAC2.0.H.264-VARYG.mkv 5040次下载 WEB DL Cube
Star.Wars.Andor.S02E05.I.Have.Friends.Everywhere.1080p.DS... 4944次下载 WEB DL Star
新桥恋人.电影港地址发布页 www.dygang.me 收藏不迷路 4365次下载 me www 发布页
Night at the Museum Battle of the Smithsonian 2009 2160p... 4161次下载 KiNGDOM WEB DL
www.UIndex.org - ... 4126次下载 www MeGusta HEVC
Palma.2.2024.WEB-DL.1080p.ExKinoRay.mkv 4000次下载 WEB DL 2.2024
Guns N' Roses - Greatest Hits Live Broadcast Collection... 3915次下载 Live Remastered Hits

本周热门磁力链接

Andor [HDTV 720p][Cap.205] 8145次下载 Cap HDTV 720p
(同人CG集) [白色絵の具 (無味ムスミ)] 友達の母が巨乳で金髪の淫乱美女でした.zip 6346次下载 zip 巨乳 CG
You.S05E02.720p.HEVC.x265-MeGusta[EZTVx.to].mkv 6221次下载 S05E02 HEVC 720p
up-mod-minecraft-play-with-friends-v1-21-80-28-... 6023次下载 982108028 mod play
the.last.of.us.s02e02.1080p.web.h264-successful... 5335次下载 web last h264
异世降临.6v电影地址发布页 www.6v123.net 收藏不迷路 5220次下载 www 发布页 6v123
Opasnaya.blizost.S01.2025.WEB-DL.1080p 5127次下载 WEB DL S01
Маня и Груня.2024.WEB-DL 720p.Files-x 5109次下载 2024 WEB DL
Andor.S02E02.Sagrona.Teema.1080p.HEVC.x265-MeGu... 5100次下载 HEVC Andor mkv
Havoc.2025.1080p.NF.WEB-DL.DDP5.1.Atmos.H.264-E... 5077次下载 WEB DL DDP5

种子标签

种子评价

优质的种子 (0) 假种子 (0) 有密码 (0) 低质量 (0) 有病毒 (0) 无法下载 (0)
欢迎对种子质量进行评价。

人气女优

北川ゆい Akira COCOLO Saiko あいだももあさのくるみあまいれもんいしかわ愛里いとうしいなうさみ恭香うちだまひろかぐやひめかとりこのみかないかほくすのき琴美クミコグレースくらもとまい（葉月ありさ）さとみ中村あみしいな純菜しのざきさとみ（三沢亜也）牧本千幸（つかもと友希）眞木ありさデヴィテラパトリックドミニカともさかまいともさか愛なごみもえひなこ

分享BT种子/磁力链接

亲，你知道吗？下载的人越多速度越快，赶快把本页面分享给好友一起下载吧^_^

磁力管家