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Deriving the Barometric Formula for Pressure
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Classroom Contents
Classical Mechanics - Comprehensive Course on Newtonian, Lagrangian, and Hamiltonian Mechanics
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- 1 Kinematics, Dynamics and Statics | Introduction to Classical Mechanics
- 2 Generalized Coordinates & Equations of Motion | Classical Mechanics
- 3 Newton’s Laws of Motion - Short Review
- 4 How to Calculate a Rotation Matrix | Classical Mechanics
- 5 Why is the Rotation Matrix Orthogonal? | Classical Mechanics
- 6 The Parallel Axis Theorem (Steiner's Theorem) | Classical Mechanics
- 7 Tensor Version of the Parallel Axis Theorem (Steiner's Theorem) | Classical Mechanics
- 8 Derivation of Hamilton's Equations of Motion | Classical Mechanics
- 9 Derivation of Euler-Lagrange Equations | Classical Mechanics
- 10 Properties of the Lagrangian | Classical Mechanics
- 11 Center of Mass | Equation of Motion
- 12 Conservative Forces | Forces & Work | Classical Mechanics
- 13 Action of a Relativistic Particle & Primary Constraints | Special Relativity
- 14 Harmonic Oscillator | Classical Mechanics Introduction
- 15 Deriving the Barometric Formula for Pressure
- 16 Love in Physics | #ValentinesDay2020
- 17 Mechanical Work and Power | Forces & Work | Classical Mechanics
- 18 A Different Action of a Relativistic Particle & Secondary Constraints | Special Relativity
- 19 Newton's Second Law (Example) | Classical Mechanics
- 20 The Hopper Problem | Surprisingly Hard?
- 21 Horizontal Flow of Ideal Fluids | Deriving the Bernoulli Equation
- 22 Energy and Momentum Conservation | Basics
- 23 Work Problem | Classical Mechanics
- 24 Pendulum - Harmonic Oscillator | Basics
- 25 Pressure in Nonmoving Fluids: Hydrostatic Equation | Fluid Mechanics
- 26 Buoyancy and Archimedes' Principle | Fluid Mechanics
- 27 How Much of an Iceberg is Underwater? | Buoyancy & Fluid Mechanics
- 28 Pascal's Principle: Hydraulic Press | Fluid Mechanics
- 29 Continuity Equation for Ideal Fluids | Fluid Mechanics
- 30 Bernoulli's Equation: Energy Conservation for Fluids | Fluid Mechanics
- 31 Torricelli's Law: How Quickly does a Fluid Leak? | Fluid Mechanics
- 32 Hagen-Pouseuille's Law: Fluid Transport in a Tube | Fluid Mechanics
- 33 Moment of Inertia: Thin Rod (+Parallel Axis Theorem) | Classical Mechanics
