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8.01 Physics I: Classical Mechanics, Fall 1999

These files are also available on iTunes® and YouTube™.

8.01 Video Files
LEC TOPICS COVERED DOWNLOADABLE MEDIA
1
  • Units and Dimensions
  • Uncertainty in Measurement
  • Scaling Argument
  • Dimensional Analysis
  • Free-Fall Experiment
2
  • Average Speed and Velocity
  • Instantaneous Speed and Velocity
  • Bullet Time
  • Acceleration
  • Worked 1D Kinematics Example
  • General 1D Motion Equation
  • 1D Free Fall Demonstration
3
  • Vectors
    • Decomposition of Vectors
    • Dot Product
    • Cross Product Using Determinants
    • Cross Product Using Corkscrew
    • Particle Moving in 3 Dimensions
    • Projectile Motion Example
    • Projectile Motion Demonstration
4
  • Projectile Motion: Shape and Maximum
  • Horizontal Displacement for Projectile Motion
  • Horizontal Displacement Demo (1)
  • Horizontal Displacement Demo (2)
  • Collisions in Free Fall
  • Free Fall Reference Frame
  • Monkey in Free Fall
5
  • Uniform Circular Motion
  • Loss of Centripetal Force
  • Planets in Circular Orbits
  • Centrifuges
  • Perceived and Artificial Gravity
  • Centrifuging a Solution
  • Water in a Bucket
6
  • Newton's First Law
  • Newton's Second Law
  • Newton's Third Law
  • Examples of Action and Reaction
  • Hero's Engine
  • Third Law Consequences
  • Statics Problem
  • Block With Two Strings
7
  • Weight and Free Fall
  • Masses on a Frictionless Pulley
  • Interpretation of Masses on a Pulley
  • Tension in Revolving String
  • Weightlessness During Free Fall
  • Weightless Mass in Free Fall
  • Weightlessness Video
8
  • Static Friction
  • Measuring Static Friction
  • Friction in Pulley/Plane System
  • Example of Pulley/Plane System
  • Pulley/Plane Demo
  • Waterplaning and Air Tracks
  • CO_2 Shuttle
9
  • Scaling Argument
  • Dot Product and Cross Product
  • 1D Kinematics Problem
  • Velocity in Kinematics Problems
  • Projectile Motion
  • Projectile Motion Example
  • Circular Motion
  • Yardstick Puzzle
10
  • Hooke's Law
  • Sinusoidal Motion
  • Mass on a Spring Example
  • Hooke's Law Demonstration
  • Pendulum Equation
  • Spring and Pendulum Comparison
  • Pendulum Periods
11
  • Work and Kinetic Energy
  • Work in Three Dimensions
  • Gravitational Work
  • Conservation of Mechanical Energy
  • Mechanical Energy and Centripetal Force
  • Universal Gravitation
  • Gravitational Potential Energy
  • Wrecking Ball Demonstration
13
  • Gravitational Potential Energy Continued
  • Force and Potential Energy
  • Stable and Unstable Equilibrium
  • Simple Harmonic Motion from Energy Conservation
  • Oscillation in Circular Well I
  • Oscillation in Circular Well II
  • Shuttle on Circular Air Track
  • Ball in Circular Well
14
  • Escape Velocity and Circular Orbits
  • Circular Orbit Examples
  • Power
  • Heat Energy
  • Chemical and Mechanical Energy
  • Solar and Nuclear Power
  • The Energy Crisis
15
  • Conservation of Momentum
  • Inelastic Collisions
  • Real-World Collisions
  • Collision Demonstrations
  • Center of Mass
  • Motion of the Center of Mass
16
  • Elastic Collisions
  • Elastic Collision Demonstrations
  • Center of Mass Frame
  • Heat Loss in Collisions
  • Inelastic Collision Demonstration
17
  • Ballistic Pendulum
  • Ballistic Pendulum Demonstration
  • Impulse
  • Basketball and Tennis Ball
  • Impulse and Thrust
  • The Rocket Equation
  • Velocity Change from Fuel
  • Kinetic Energy Change from Fuel
18
  • Two Basic Concepts
  • Block on an Inclined Plane
  • Continuously Spinning Top
  • Pendulum Oscillation Calculation I
  • Pendulum Oscillation Calculation II
  • Energy in a Spring
  • Earth-Sun Gravitational System
  • Resistive Forces
  • Inelastic Collisions
19
  • Rotational Motion Analogies
  • Calculating Moment of Inertia
  • Flywheels
  • Energy from Spindown
  • Crab Pulsar
20
  • Angular Momentum
  • Conservation of Angular Momentum
  • Ice Skaters' Delight
  • Stellar Equilibrium and Remnants
  • Stellar Observation
  • Supernova Images
21
  • Revolution of the Earth
  • Angular Momentum of a Spinning Rod
  • Motion of a Rod After Impulse
  • Rod Swinging on a Pin
  • Rod on a Pin Demonstration
  • Oscillating Hoop
  • Mysterious Spinner
22
  • Kepler's Laws
  • Calculating Semimajor Axis and Period
  • Velocity at Apogee and Perigee
  • Changing Orbits
  • Passing a Ham Sandwich I
  • Passing a Ham Sandwich II
24
  • Acceleration of Pure Roll
  • Dependence of Roll on Inertia
  • Precession of a Bicycle Wheel I
  • Precession of a Bicycle Wheel II
  • Precession of a Bicycle Wheel III
  • Gyroscope in a Suitcase
  • Stability of Spinning Systems
25
  • Rotation and Translation
  • Ladder Stability I
  • Ladder Stability II
  • Ladder Stability Demonstration
  • Rope Tension Reduction
  • Rope Tension Reduction Demonstration
  • Equilibrium and Center of Mass
  • Rope Walker
27
  • Pascal's Principle
  • Hydrostatic Pressure
  • Pressure Dependence on Height
  • Barometers
  • Overpressure and Submarines
  • Manometers and Snorkeling
  • Snorkeling and Drinking from Straws
28
  • Buoyant Force
  • Stability of Floating Objects
  • Balloons
  • Balloon in an Accelerating Compartment
  • Bernoulli's Equation
  • Applications of Bernoulli's Equation
29
  • Review of Collisions
  • Atwood's Machine
  • Physical Pendulum Simple Harmonic Motion
  • Elliptical Orbit Problem
  • Doppler Shift
  • Review of Pure Roll
  • Rolling Simple Harmonic Motion
30
  • General Physical Pendulum
  • Specific Physical Pendula
  • Comparison of Pendulum Dimensions
  • Simple Harmonic Oscillation in a U-Tube
  • U-Tube Demonstration
  • Torsional Pendulum Equation
  • Torsional Pendulum Demonstration
31
  • Driving Frequencies
  • Driving Frequencies Demonstration
  • Harmonics
  • Resonance in Cavities
  • Ersatz Musical Instruments
  • Resonance Examples
  • Tacoma Narrows Bridge
  • Helium Voice
32
  • Temperature Scales
  • Linear Expansion Coefficients
  • Bimetals
  • Uses of Bimetals
  • Cubic Expansion
  • Shrink-Fitting
  • Expansion Coefficient of Water
33
  • Ideal Gas Law I
  • Ideal Gas Law II
  • Overpressure Gauge
  • Phase Transitions
  • Exponential Atmosphere
  • Boiling Water
  • Gas Law Puzzles
34
  • Discrete Energy Levels
  • Electronic Transitions
  • Looking Through Diffraction Gratings
  • Wave/Particle Duality
  • Uncertainty Principle
  • Diffraction Through Slit Setup
  • Demonstration of Diffraction Through a Slit
  • Interpretation of Quantum Mechanics
Back to Top

8.02 Electricity and Magnetism, Spring 2002

These files are also available on iTunes® and YouTube™.

8.02 Video Files
LEC TOPICS COVERED DOWNLOADABLE MEDIA
1
  • Charge & Coulomb's lawCourse Introduction
  • Modern Model of the Atom
  • Electric Charges (Historical)
  • Polarization
  • Charging Through Friction
  • Van de Graaff Generator
  • Electric Force: Coulomb's Law
  • What Holds the World Together?
  • Human Electroscope
2
  • Electric Field
  • Electric Field of Several Charges: Superposition Principle
  • Electric Field Lines
  • Charge in a Uniform Electric Field
  • Electric Field of Two Like Charges
  • Dipoles
  • Demonstration: Making a Dipole
  • Dipoles in Electric Fields
  • Grass Seeds
  • Demonstration: Electric Field Between Van de Graaff and Walter Lewin
3
  • Electric Flux
  • Gauss's Law
  • Gauss's Law With Spherical Symmetry
  • Gauss's Law With Planar Symmetry
  • Electric Field Between Two Charged Planes
  • Demonstration: Electric Field Near a Charged Plane
  • Demonstration: Electric Field Inside a Charged Sphere is Zero
  • Demonstration: Electric Field Between and Around Two Charged Plates
4
  • Electrostatic Potential Energy
  • Electric Potential
  • Potential in and Around a Hollow Sphere
  • Potential From Multiple Point Charges
  • Why Use Potentials?
  • Potential Difference Between Two Points
  • Only Change in Potential Matters
  • Demonstration: Electric Potential Difference in a Strong Electric Field
5
  • Finding Electric Field From Electric Potential
  • Electric Field Lines and Equipotential Surfaces
  • Electric Field is the Negative Gradient of Potential
  • Example: Finding E from V
  • Charge on a Solid Conductor
  • Charge on a Hollow Conductor
  • Hollow Conductor in an External Electric Field
  • Charge Inside a Hollow Conductor
  • Demonstrations: Faraday Cage
6
  • Charge Density on Asymmetric Conductors
  • Demonstration: Non-uniform Charge Density
  • How Sparks Form
  • Understanding the Van de Graaff
  • Lightning
  • Other Forms of Electric Breakdown
  • Slides of Lightning and Corona Discharge
  • Lightning Rod
  • Demonstration: Sparks and Corona Discharge From Van de Graaff
  • Dangers of Electric Breakdown
7
  • Work to Create Electric Field
  • Capacitance
  • Energy in a Capacitor
  • Demonstration: Parallel Plate Capacitor
  • Demonstration: Charging a Large Capacitor
  • How Photo Flash Works
  • Photo Flash Demonstration
  • High Speed Photography and Strobe Lights
  • Demonstration: Discharging a Large Capacitor
8
  • Dielectrics
  • Examples of Dielectric Constants
  • Demonstration: Separating Plates of a Capacitor
  • Demonstration: Inserting Dielectric in a Capacitor
  • Demonstration: Separating Plates of a Powered Capacitor
  • Demonstration: Inserting Dielectric in a Powered Capacitor
  • Increasing Capacitance
  • Demonstration: Leyden Jar
  • Demonstration: Making a Van de Graaff
9
  • Current
  • Ohm's Law
  • Ohm's Law for Insulators and Conductors
  • Ohm's Law and Temperature
  • Demonstration: Breakdown of Ohm's Law
  • Resistors in Series and in Parallel
  • Demonstration: Increasing the Conductivity of Air
  • Demonstration: Increasing the Conductivity of Water
  • Resistance in Your Shoes
10
  • Power Supply
  • Batteries in Circuits
  • Demonstration: Batteries in Series
  • Power
  • Power in a Resistor
  • Power in a Battery
  • Demonstration: Shorting a Car Battery
  • Kilowatt Hours
  • Kirchhoff's Rules
  • Demonstration: Kelvin Water Dropper
11
  • History of Magnetism
  • Magnetic Field of Current-Carrying Wire
  • Force on Current-Carrying Wire in a Magnetic Field
  • Fields and Forces From Two Current-Carrying Wires
  • Strength of Magnetic Fields
  • Demonstration: Distorting a TV Image with a Magnet
  • Forces on Moving Charges and Wires in E and B Fields
  • Calculating the Force on a Current-Carrying Wire.
  • Motor Contest - Force and Torque on Current Loop
  • Motor Contest - Making a Motor From a Current Loop
  • Demonstration: Motor With Human Commutator
12
  • Topics for First Exam
  • Secret Top: Start
  • Gauss's Law - Cylindrical Symmetry
  • Secret Top: Still Going
  • Parallel Plate Capacitor
  • Secret Top: Still Spinning
  • Dielectrics
  • Ohm's Law and Kirchhoff's Rules
  • Kinetic Energy of an Electron
13
  • Forces: moving charges in magnetic fieldsExam Results
  • Moving Charge in Uniform Magnetic Field
  • Relativistic Corrections
  • Radii for Protons and Electrons
  • Demonstration: Deflecting Electrons with a Magnet
  • Mass Spectrometer
  • Cyclotron
  • Particle Accelerators
  • Cloud Chambers and Bubble Chambers
  • Demonstration: Cloud Chamber
14
  • Biot-Savart Law
  • Magnetic Field of a Current Loop
  • Magnetic Gauss's Law
  • Demonstration: Magnetic Field of a Wire and a Current Loop
  • High Voltage Power Lines
  • Leyden Jar Revisited
15
  • Ampere's Law
  • Ampere's Law for a Wire
  • Ampere's Law for a Solenoid
  • Demonstration: Magnetic Field of a Solenoid
  • Kelvin Water Dropper Explained
  • Demonstration: Kelvin Water Dropper Revisited
16
  • Mid-Term Evaluation Results
  • Electromagnetic Induction and Lenz's Law
  • Demonstration: Electromagnetic Induction
  • Faraday's Law
  • Using Faraday's Law
  • Demonstration: Faraday's Law
  • Non-Conservative Fields
  • Demonstration: Non-Conservative Fields
17
  • Faraday's Law: Changing the Magnetic Flux
  • Conducting Loop Rotating in a Uniform Field
  • Demonstration: Conducting Loop Rotating in a Uniform Field
  • Electric Generators
  • Demonstration: Electric Generators
  • Conducting Loop with a Moving Crossbar in a Uniform Field
  • Eddy Current Braking
  • Demonstration: Conducting Coil Moving Into a Magnetic Field
  • Demonstrating: Magnetic Braking
18
  • Displacement Current
  • Using Displacement Current
  • Magnetic Field Between the Plates of a Capacitor
  • Maxwell and Displacement Current
  • Three Phase Currents: Synchronous and Induction Motors
  • Demonstration: Three Phase Motor
  • Secret Top Explained
  • Two Phase Current
19
  • Demonstration: Stroboscope
  • How Your Heart Works Pt. 1
  • How Your Heart Works Pt. 2
  • Aurora Borealis
  • Superconductivity
  • Magnetic Levitation with Superconductors
  • Maglev Trains
  • Magnetic Levitation with Alternating Current
20
  • Self Inductance
  • LR Circuits
  • LR Circuits with Battery Removed
  • Demonstration: LR Circuit
  • LR Circuits with Alternating Current
  • Demonstration: Reduction of High Frequencies
  • Phase Shift in Magnetic Levitation
  • Demonstration: Magnetic Levitation with Alternating Current
21
  • Motor Contest Prize Ceremony
  • Demonstration: Winning Motor
  • Diamagnetism
  • Paramagnetism
  • Ferromagnetism
  • Demonstration: Ferromagnetism
  • Demonstration: Ferromagnetic Domains
  • Relative Permeability
  • Demonstration: Curie Point for Iron
  • Demonstration: Liquid Oxygen
22
  • Bohr Magneton
  • Magnetic Field in Ferromagnetic Material
  • Magnetic Field of Ferromagnetic Material in a Solenoid
  • Hysteresis Curves
  • Demonstration: Strength of Magnetic Fields in Ferromagnetic
  • Material
  • Changing the Magnetic Field Configuration with
  • Ferromagnetic Material
  • Maxwell's Equations
23
  • Exam Topics
  • Biot-Savart Law
  • Ampere's Law for Coaxial Cylinders
  • Lorentz Force
  • Demonstration: Electrons in a Uniform Magnetic Field
  • Faraday's Law
  • Motional EMF in Space
  • Conducting Loop in a Uniform Magnetic Field
  • LR Circuits
  • Exam Advice
24
  • Exam Results
  • RC Circuits: Charging a Capacitor
  • RC Circuits: Discharging a Capacitor
  • Demonstration: Charging and Discharging a Capacitor
  • Transformers
  • Demonstration: Transformers
  • Spark Plugs
26
  • Traveling Waves
  • Standing Waves
  • Demonstration: Standing Waves
  • Musical Instruments
  • Demonstration: Musical Instruments
  • Demonstration: Hearing and Seeing Sound Waves
  • Changing the Speed of Sound
29
  • Snell's Law
  • Demonstration: Total Reflection
  • Fiber Optics
  • Wave-Particle Nature of Light
  • Speed of Light in Different Mediums
  • Dispersion
  • How We See Colors
  • Demonstration: Benham Top
  • Land's Famous Demonstration
30
  • Polarization of Light
  • Demonstration: Cross Polarizers
  • Polarization by Reflection Off a Dielectric
  • Demonstration: Brewster Angle
  • Polarization and Conductors
  • Polarization by Scattering
  • Demonstration: Scattering
  • Why the Sky is Blue
  • Demonstration: Creating a Blue Sky
31
  • Rainbows Pt. 1
  • Rainbows Pt. 2
  • Rainbows Pt. 3
  • Secondary Rainbows
  • Answering Questions About Rainbows
  • Slides of Rainbows Pt. 1
  • Slides of Rainbows Pt. 2
  • Polarization of Rainbows
  • Demonstration: Rainbow
32
  • Review: Dia-, Para-, and Ferromagnetism
  • Review: Transformers
  • Review LRC Circuits
  • Review: Traveling Waves
  • Review: Speed of Light in Different Mediums
  • Review: Standing Waves
  • Demonstration: Standing Wave
  • Standing Waves in Air
  • Standing Electromagnetic Waves
  • Circular Polarization
  • Review: Snell's Law
  • Exam Details
33
  • Exam Results
  • Interference
  • Demonstration: Interference in Water
  • Conditions for Constructive and Destructive Interference
  • Demonstration: Interference of Sound Waves
  • Young's Double Slit Experiment
  • Interference with Different Colors of Light
  • Demonstration: Interference with Radar
34
  • Multi-Slit Interference
  • Demonstration: Multi-Slit Interference
  • Demonstration: Multi-Slit Interference with a Lens
  • Diffraction
  • Demonstration: Diffraction Pattern
  • Angular Resolution
  • Angular Resolution of the Human Eye