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Physics I: Classical Mechanics (Fall1999 MIT)

(37 Lectures Available)


S# Lecture Course Institute Discipline
1 Course Introduction Physics I: Classical Mechanics (Fall1999 MIT) MIT Basic Sciences
2 1 Units, Dimensions, and Scaling Arguments Physics I: Classical Mechanics (Fall1999 MIT) MIT Basic Sciences
3 2 Introduction to Kinematics Physics I: Classical Mechanics (Fall1999 MIT) MIT Basic Sciences
4 3 Vectors Physics I: Classical Mechanics (Fall1999 MIT) MIT Basic Sciences
5 4 The Motion of Projectiles Physics I: Classical Mechanics (Fall1999 MIT) MIT Basic Sciences
6 5 Uniform Circular Motion Physics I: Classical Mechanics (Fall1999 MIT) MIT Basic Sciences
7 6 Newton’s First, Second, and Third Laws Physics I: Classical Mechanics (Fall1999 MIT) MIT Basic Sciences
8 7 Weight, Perceived Gravity, and Weightlessnes Physics I: Classical Mechanics (Fall1999 MIT) MIT Basic Sciences
9 8 Frictional Forces Physics I: Classical Mechanics (Fall1999 MIT) MIT Basic Sciences
10 9 Review of Lectures 1 through 5 Physics I: Classical Mechanics (Fall1999 MIT) MIT Basic Sciences
11 10 Hooke’s Law, Simple Harmonic Oscillator Physics I: Classical Mechanics (Fall1999 MIT) MIT Basic Sciences
12 11 Work, Energy, and Universal Gravitation Physics I: Classical Mechanics (Fall1999 MIT) MIT Basic Sciences
13 12 Resistive Forces Physics I: Classical Mechanics (Fall1999 MIT) MIT Basic Sciences
14 13 Equation of Motion for Simple Harmonic Oscillators Physics I: Classical Mechanics (Fall1999 MIT) MIT Basic Sciences
15 14 Orbits and Escape Velocity Physics I: Classical Mechanics (Fall1999 MIT) MIT Basic Sciences
16 15 Momentum and its Conservation Physics I: Classical Mechanics (Fall1999 MIT) MIT Basic Sciences
17 16 Elastic and Inelastic Collisions Physics I: Classical Mechanics (Fall1999 MIT) MIT Basic Sciences
18 17 Momentum of Individual Objects Physics I: Classical Mechanics (Fall1999 MIT) MIT Basic Sciences
19 18 Review of Lectures 6 through 15 Physics I: Classical Mechanics (Fall1999 MIT) MIT Basic Sciences
20 19 Rotating Rigid Bodies, Inertia, and Axis Theorems Physics I: Classical Mechanics (Fall1999 MIT) MIT Basic Sciences
21 20 Angular Momentum Physics I: Classical Mechanics (Fall1999 MIT) MIT Basic Sciences
22 21 Torque Physics I: Classical Mechanics (Fall1999 MIT) MIT Basic Sciences
23 22 Kepler’s Laws, Elliptical Orbits, and Change of Orbits Physics I: Classical Mechanics (Fall1999 MIT) MIT Basic Sciences
24 23 Doppler Effect, Binary Stars, Neutron Stars and Black Holes Physics I: Classical Mechanics (Fall1999 MIT) MIT Basic Sciences
25 24 Rolling Motion, Gyroscopes Physics I: Classical Mechanics (Fall1999 MIT) MIT Basic Sciences

of 2 37 Lectures Available.