WEEK 9: Law of inertia and Classical theory in planetary motion
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Course Material
- WEEK 1: Classical Motions and Curvilinear Coordinates with differential operator
- WEEK 2: Mechanics with streaming and line integrals
- WEEK 3: Laws of mechanics for the motion of particles in curl, divergence and gradients
- WEEK 4: Streaming of particles with volume and surface identities
- WEEK 5: Gauss and Stokes theorems with classical motions
- WEEK 6: Green’s theorem and its applications
- WEEK 7: Green’s identities with related integrals
- WEEK 8: Force fields and potential energy
- WEEK 9: Law of inertia and Classical theory in planetary motion
- WEEK 10: Introduction to Rigid Body Motions and classical mechanics
- WEEK 11: Classical mechanics with linear and angular velocities
- WEEK 12: Moments with axis theorems in classical motions
- WEEK 13: Rigid Body Motion in extended dimensions
- WEEK 14: Angular momentum and moment of inertia
- WEEK 15: Inertial matrices with principal moment of inertia
- WEEK 16: Rotating axes theorem and Equi. momenta dynamical systems
- WEEK 17: Torque Free motions with principal moments
- WEEK 18: Euler Dynamical Equations for Rigid body motion
- Chapters 18
- Department Mathematics
- Teacher
Dr. Muhammad Imran Anwar Anwar
