50+ Conceptual & Numerical Problems
📌 Key Takeaways for Revision
- Lagrangian Mechanics: $L = T - V$. Equations of motion come from stationary action ($\delta S = 0$).
- Hamiltonian Mechanics: Uses generalized momentum $p = \partial L / \partial \dot{q}$. Canonical equations are first-order ODEs.
- Central Forces: Angular momentum is conserved. Orbits are conic sections. Kepler's laws apply.
- Rigid Body Dynamics: Requires moment of inertia tensor. Euler's equations describe rotation.
- Small Oscillations: Approximate potential as quadratic near equilibrium. Solve $|V - \omega^2 T| = 0$.
Classical Mechanics Notes DDCET exam
DDCET - Diploma to Degree CET Syllabus and Study Material [GTU]

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