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Classical Mechanics

Track :

Science

Lessons no : 40

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What will you learn in this course?
  • Understand Newton's laws and apply them to analyze motion and forces in real-world systems
  • Solve problems involving kinematics, dynamics, and energy conservation in classical mechanics contexts
  • Utilize mathematical tools like calculus and vectors to model and predict object trajectories and interactions
  • Analyze rotational motion, torque, and angular momentum in mechanical systems
  • Apply principles of conservation of momentum and energy to complex physical scenarios
  • Model planetary motion and celestial mechanics using classical physics equations
  • Design experiments to measure physical quantities such as velocity, acceleration, and force
  • Interpret data from classical mechanics experiments to validate theoretical models
  • Use classical mechanics concepts to solve engineering problems involving machinery and structural stability
  • Explain the behavior of oscillatory systems, including simple harmonic motion and damping effects
  • Evaluate the effects of gravitational forces on planetary and satellite motion
  • Develop problem-solving strategies for complex classical mechanics challenges in academic and practical settings

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Lessons | 40
8 01x Introduction
00:03:21

8 01x Introduction
8 01x Lect 1 Powers of 10 Units Dimensions Uncertainties Scaling Arguments
00:38:02

8 01x Lect 1 Powers of 10 Units Dimensions Uncertainties Scaling Arguments
8 01x Lect 2 1D Kinematics Speed Velocity Acceleration
00:50:42

8 01x Lect 2 1D Kinematics Speed Velocity Acceleration
8 01x Lect 3 Vectors Dot Products Cross Products 3D Kinematics
00:49:33

8 01x Lect 3 Vectors Dot Products Cross Products 3D Kinematics
8 01x Lect 4 3D Kinematics Free Falling Reference Frames
00:52:03

8 01x Lect 4 3D Kinematics Free Falling Reference Frames
8 01x Lect 5 Circular Motion Centripetal Forces Perceived Gravity
00:50:51

8 01x Lect 5 Circular Motion Centripetal Forces Perceived Gravity
8 01x Lect 6 Newton s Laws
00:49:16

8 01x Lect 6 Newton s Laws
8 01x Lect 7 Weight Weightlessness in Free Fall Weight in Orbit
00:50:05

8 01x Lect 7 Weight Weightlessness in Free Fall Weight in Orbit
8 01x Lect 8 Friction
00:47:58

8 01x Lect 8 Friction
8 01x Lect 9 First Exam Review
00:49:15

8 01x Lect 9 First Exam Review
8 01x Lect 10 Hooke s Law Springs Pendulums Simple Harmonic Motion
00:47:42

8 01x Lect 10 Hooke s Law Springs Pendulums Simple Harmonic Motion
8 01x Lect 11 Work Kinetic Potential Energy Gravitation Conservative Forces
00:49:06

8 01x Lect 11 Work Kinetic Potential Energy Gravitation Conservative Forces
8 01x Lect 12 Air Drag Resistive Forces Conservative Forces Terminal Velocity
00:49:43

8 01x Lect 12 Air Drag Resistive Forces Conservative Forces Terminal Velocity
8 01x Lect 13 Potential Energy Derive Simple Harmonic Motion using Energy
00:51:30

8 01x Lect 13 Potential Energy Derive Simple Harmonic Motion using Energy
8 01x Lect 14 Escape Velocities Circular Orbits Bound and Unbound Orbits Power
00:48:54

8 01x Lect 14 Escape Velocities Circular Orbits Bound and Unbound Orbits Power
8 01x Lect 15 Momentum Conservation of Momentum Center of Mass
00:52:18

8 01x Lect 15 Momentum Conservation of Momentum Center of Mass
8 01x Lect 16 Elastic Inelastic Collisions Center of Mass Frame of Reference
00:48:34

8 01x Lect 16 Elastic Inelastic Collisions Center of Mass Frame of Reference
8 01x Lect 17 Impulse Rockets
00:48:39

8 01x Lect 17 Impulse Rockets
8 01x Lect 18 2nd Exam Review
00:49:56

8 01x Lect 18 2nd Exam Review
8 01x Lect 19 Rotating Objects Moment of Inertia Rotational KE Neutron Stars
00:41:00

8 01x Lect 19 Rotating Objects Moment of Inertia Rotational KE Neutron Stars
8 01x Lect 20 Angular Momentum Torques Conservation of Angular Momentum
00:51:15

8 01x Lect 20 Angular Momentum Torques Conservation of Angular Momentum
8 01x Lect 21 Torques Oscillating Bodies Physical Pendulums
00:47:50

8 01x Lect 21 Torques Oscillating Bodies Physical Pendulums
8 01x Lect 22 Kepler s Laws Elliptical Orbits Satellites Orbital Changes
00:49:09

8 01x Lect 22 Kepler s Laws Elliptical Orbits Satellites Orbital Changes
8 01x Lect 23 Doppler Effect Binary Stars Neutron Stars Black Holes
00:50:00

8 01x Lect 23 Doppler Effect Binary Stars Neutron Stars Black Holes
8 01x Lect 24 Rolling Motion Gyroscopes VERY NON INTUITIVE
00:49:13

8 01x Lect 24 Rolling Motion Gyroscopes VERY NON INTUITIVE
8 01x Lect 25 Static Equilibrium Stability Rope Warker
00:48:14

8 01x Lect 25 Static Equilibrium Stability Rope Warker
8 01x Lect 26 Elasticity Young s Modulus
00:50:12

8 01x Lect 26 Elasticity Young s Modulus
8 01x Lect 27 Fluid Mechanics Hydrostatics Pascal s Principle Atmosph Pressure
00:49:49

8 01x Lect 27 Fluid Mechanics Hydrostatics Pascal s Principle Atmosph Pressure
8 01x Lect 28 Hydrostatics Archimedes Principle Bernoulli s Equation
00:48:22

8 01x Lect 28 Hydrostatics Archimedes Principle Bernoulli s Equation
8 01x Lect 29 Third Exam Review
00:49:01

8 01x Lect 29 Third Exam Review
8 01x Lect 30 Simple Harmonic Motion Energy Considerations Torsional Pendulum
00:49:31

8 01x Lect 30 Simple Harmonic Motion Energy Considerations Torsional Pendulum
8 01x Lect 31 Forced Oscillations Normal Modes Resonances Musical Instruments
00:48:07

8 01x Lect 31 Forced Oscillations Normal Modes Resonances Musical Instruments
8 01x Lect 32 Heat Thermal Expansion
00:49:04

8 01x Lect 32 Heat Thermal Expansion
8 01x Lect 33 Kinetic Gas Theory Ideal Gas Law Phase Transitions
00:52:51

8 01x Lect 33 Kinetic Gas Theory Ideal Gas Law Phase Transitions
8 01x Lect 34 The Wonderful Quantum World Breakdown of Classical Mechanics
00:46:45

8 01x Lect 34 The Wonderful Quantum World Breakdown of Classical Mechanics
8 01x Lect 35 Farewell Special My Early Days in Astrophysics Huge Balloons
00:43:18

8 01x Lect 35 Farewell Special My Early Days in Astrophysics Huge Balloons
When a physics teacher knows his stuff
00:03:19

When a physics teacher knows his stuff
KBTFÇG | Prof Walter Lewin Heisenberg Belirsizlik İlkesi
00:48:17

KBTFÇG | Prof Walter Lewin Heisenberg Belirsizlik İlkesi
Fizik ders 28 Hidrostatik Archimedes Prensibi ve Akışkanlar Dinamiği kaldırmak kuvveti
00:48:24

Fizik ders 28 Hidrostatik Archimedes Prensibi ve Akışkanlar Dinamiği kaldırmak kuvveti
Lagrangian and Hamiltonian Mechanics in Under 20 Minutes Physics Mini Lesson
00:18:33

Lagrangian and Hamiltonian Mechanics in Under 20 Minutes Physics Mini Lesson
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Devraj Singh

Student 2024-01-11

K . V Priyanka

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Classical mechanics is a physical theory describing the motion of macroscopic objects, from projectiles to parts of machinery, and astronomical objects, such as spacecraft, planets, stars, and galaxies.