Mechanical Universe Index

  • Laser Disk #31 - Voltage, Energy And Force 
    • 1: Opening Sequence 
    • 2: Relationship Between Matter And Energy 
    • 3: Las Vegal Strip At Night 
    • 4: Nevada Countryside 
    • 5: Contour Map 
    • 6: Electrostatic Contour Map 
    • 7: Biker On An Incline 
    • 8: Biker In An Electric Field 
    • 9: Nevada Countryside 
    • 10: Electric Field And Potential 
    • 11: Dipole Field And Potential 
    • 12: Constant Electric Potential 
    • 13: Las Vegas 
    • 14: Ben Franklin 
    • 15: Early Light Bulb 
    • 16: Development Of Neon Light 
    • 17: Definition Of Electric Potential 
    • 18: Application Of Voltage 
    • 19: Electrostatic Generators 
    • 20: Particle Accelerator 
    • 21: Powerlines Leading To Las Vegas 
    • 22: Atomic Model 
    • 23: Las Vegas 
    • 24: Van De Graff Generator 
    • 25: Strength Of Electric Forces 
    • 26: Las Vegas 
    • 27: Franklin On A Walk 
    • 28: Las Vegas 
    • 29: Ionization Due To Generator 
    • 30: Las Vegas 
    • 31: Van Marum's Generator 
    • 32: Battery Assembly Line 
    • 33: Hoover Dam 
    • 34: Las Vegas 
    • 35: Early Atomic Theories 
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  • Laser Disk #32 - The Electric Battery 
    • 1: Opening Sequence 
    • 2: A Lemon Battery 
    • 3: Stranded In The Desert 
    • 4: Making A Battery 
    • 5: Potential Inside A Metal Cage 
    • 6: Volta And His Battery 
    • 7: Volta's Electrophorus 
    • 8: The Electrophorus 
    • 9: Volta's Electrophorus 
    • 10: Windmills 
    • 11: Wimshurst Generator 
    • 12: Volta's Scientific Reputation 
    • 13: Laplace And Lavoisier 
    • 14: Franklin Walking 
    • 15: Volta's Stay In Paris 
    • 16: Volta's Return To Italy 
    • 17: Galvani's Animal Electricity 
    • 18: Electric Impulse Making Frog's Legs Jump 
    • 19: Galvani's Electrical Signals 
    • 20: Galvani's Animals 
    • 21: Interpretation Of Galvani's Experiment 
    • 22: A Frog 
    • 23: Electric Impulse Making Frog's Legs Jump 
    • 24: Volta's Electrifying Question 
    • 25: Work Functions; How A Battery Works 
    • 26: Volta 
    • 27: Volta's Pile 
    • 28: How To Get A Charge Out Of An Electric Eel 
    • 29: How A Battery Works 
    • 30: Volta's Electric Pile 
    • 31: Napoleon 
    • 32: Volta's Electric Battery 
    • 33: Manufacturing Electric Batteries 
    • 34: Cars On A Modern Street 
    • 35: Volta's Life And A Lemon Battery 
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  • Laser Disk #33 - Electric Circuits 
    • 1: Opening Sequence 
    • 2: Lectures At The Royal Institution 
    • 3: Parker Dam 
    • 4: Water Wheel, Well, Aquaduct 
    • 5: Electric Generator 
    • 6: Los Angeles Downtown 
    • 7: Parker Dam 
    • 8: Simple Electric Circuit 
    • 9: Defintion Of Ampere 
    • 10: River 
    • 11: Volta's Battery 
    • 12: First Electric Lamp 
    • 13: Telegraph Desk 
    • 14: Steam Locomotive 
    • 15: Charles Wheatstone 
    • 16: George Simon Ohm 
    • 17: Ohm's Law 
    • 18: Edison's Lab 
    • 19: Steam Locomotive 
    • 20: Aquaducts 
    • 21: Resistors In Series And In Parallel 
    • 22: Water Pipe Design 
    • 23: Marbles In Viscous Liquids 
    • 24: Electrons In A Metal 
    • 25: Marbles In Liquids 
    • 26: Electrons In Metals - Defects; Applied Fields 
    • 27: Edison's Early Lights 
    • 28: Supercomputer 
    • 29: Power In A Circuit 
    • 30: Parker Dam 
    • 31: Robert Kirchoff 
    • 32: Kirchoff's Laws 
    • 33: Energy Conservation And Kirchoff's Second Law 
    • 34: Lake Havasu And Parker Dam 
    • 35: Capacitive Discharge 
    • 36: Lage Havasu And Parker Dam 
    • 37: Los Angeles Downtown 
    • 38: Lectures At The Royal Institution 
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  • Laser Disk #34 - Magnetism 
    • 1: Opening Sequence 
    • 2: Gilbert's Discoveries Regarding Magnetism 
    • 3: Earth And Planets From Space 
    • 4: Penguins At The South Pole 
    • 5: The Earth's Aurora 
    • 6: The Effect Of Temperature On Magnetism 
    • 7: The South Pole 
    • 8: Force Alws For Magnetic Poles 
    • 9: Astronomical Scenes 
    • 10: Gilbert's Contributions To Magnetism 
    • 11: Magnetic Fields 
    • 12: The Earth's Dipole Field 
    • 13: Marine Using A Compass 
    • 14: A Magnet In A Magnetic Field 
    • 15: Marine Using Compass 
    • 16: Scientist Discussing Earth's Magnetic Field 
    • 17: Solar Wind And Earth's Magnetic Field 
    • 18: Electric Flux 
    • 19: Gauss's Law 
    • 20: Magnetic Flux 
    • 21: Gauss's Law For Magnetism 
    • 22: Earth's Magnetic Flux 
    • 23: Scientist Discussing Earth's Magnetic Field 
    • 24: The Earth's Magnetic Field 
    • 25: Earth's Early Explorers 
    • 26: Scientist Discussing Earth's Magnetic Field 
    • 27: Planet Exlipsing A Star 
    • 28: Scientist Diacussing Sunspots 
    • 29: Sunspots 
    • 30: Scientist Discussing Sunspots 
    • 31: Sunspots And Solar Prominences 
    • 32: Scientist Discussing The Solar Wind 
    • 33: Solar Corona And The Solar Wind 
    • 34: Scientist Discussing The Solar Wind 
    • 35: The Lorentz Force 
    • 36: Van Allen Radiation Belts 
    • 37: Aurora 
    • 38: Scientist Discussing Earth's Magnetic Field 
    • 39: Other Planet's Magnetic Fields 
    • 40: Scientist Discussing Venus 
    • 41: Earth From Space 
    • 42: Peregrinus's Contributions To Magnetism 
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  • Laser Disk #35 - The Magnetic Field 
    • 1: Opening Sequence 
    • 2: Ampere's Life And Times 
    • 3: Magnetic Military Maneuvers 
    • 4: Oersted's Experiment 
    • 5: Magnetic Military Maneuvers 
    • 6: Execution Of Ampere's Father 
    • 7: Ampere's Academic Career 
    • 8: Magnetic Field Due To Current 
    • 9: Magnetic Fields - Loop, Solenoid And Toroid 
    • 10: Magnetic Military Maneuvers 
    • 11: Oersted's Experiment 
    • 12: Magnetic Force Between Currents 
    • 13: Magnetic Force Between Currents 
    • 14: Magnetic Fields Of Toroid And Bar Magnet 
    • 15: Magnetic Field Of Iron Atom 
    • 16: Magnetic Field Of The Earth 
    • 17: Magnetic Military Maneuvers 
    • 18: Faraday And Ampere Compared 
    • 19: Conservative Electrostatic Field 
    • 20: Ampere's Law 
    • 21: Maxwell In Study 
    • 22: Maxwell's Equations 
    • 23: Magnetic Military Maneuvers 
    • 24: Atomic Basis Of Magnetism 
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  • Laser Disk #36 - Vector Fields And Hydrodynamics 
    • 1: Opening Sequence 
    • 2: Fields Of Force 
    • 3: Astronomical Scenes 
    • 4: Waves 
    • 5: Water Flowing In A River 
    • 6: Whirlpool Vortex 
    • 7: Water In A River 
    • 8: Child In A Bathtub With A Whirlpool 
    • 9: Vector Fields In Space 
    • 10: Water Flowing In A River 
    • 11: Laws Of Electricity And Magnetism 
    • 12: Water Flowing Down A River 
    • 13: Large Water Pipes 
    • 14: Water Flux 
    • 15: Electric Flux 
    • 16: Magnetic Flux 
    • 17: Large Water Pipes 
    • 18: Flux Through A Closed Surface 
    • 19: Water Flowing Down A River 
    • 20: Light And Electric Flux 
    • 21: Water Flowing Down A River 
    • 22: Fluid In Circular Motion 
    • 23: Votex Flow In A Water 
    • 24: Votex In A Bathtub 
    • 25: Hurricane 
    • 26: Circulation Of Water 
    • 27: Votex Flow In Water 
    • 28: Votex Flow In Awater 
    • 29: Magnetic Field Around A Wire 
    • 30: Hurrican 
    • 31: Vortex Flow In Awater 
    • 32: Circulation Around A Vortex 
    • 33: Water Flowing Downfa River 
    • 34: Magnetic And Electric Fields 
    • 35: Water Flowing Down A River 
    • 36: Fields In A Capacitor And A Solenoid 
    • 37: Fluid Flow In Water 
    • 38: Energy In Electric And Magnetic Fields 
    • 39: Water Flowing Down A River 
    • 40: Votex Rings 
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  • Laser Disk #37 - Electromagnetic Induction 
    • 1: Opening Sequence 
    • 2: A Moving Magnet Produces Electric Current 
    • 3: A Windmill Farm 
    • 4: Dutch Windmills 
    • 5: Coal Furnace And Steam Engines 
    • 6: London's Royal Institution 
    • 7: Faraday's Laboratory 
    • 8: Faraday's Electric Motor 
    • 9: Faraday's Notes 
    • 10: Current In A Coil Producing Magnetic Field 
    • 11: Force On A Charge Moving In Magnetic Field 
    • 12: A Loop Moving In The Field Of A Bar Magnet 
    • 13: Induced Current By Magnet Moving In Coil 
    • 14: Curreht In Coil Inducing Current In Another 
    • 15: Magnetic Flux Through A Surface 
    • 16: Edison's Laboratory 
    • 17: Edison's Electric Power Generating Plant 
    • 18: Loop Of Wire Rotaring In Magnetic Field 
    • 19: Edison's Electric Power Generating Plant 
    • 20: Portrait Of Tesla 
    • 21: Current Due To A Chahging Magnetic Flux 
    • 22: Edison's Power Generating Plsnt And Furnace 
    • 23: Modern Hydroelectric Power Plant 
    • 24: Windmill Farm 
    • 25: Self-Induction And A Solenoid In A Circuit 
    • 26: Faraday's Electric Motor 
    • 27: London's Royal Institution 
    • 28: Electric And Magnetic Fields 
    • 29: Windmill Farm 
    • 30: Current Due To Changing Magnetic Field 
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  • Laser Disk #38 - Alternating Currents 
    • 1: Oppening Sequence 
    • 2: Generating Power With Alternating Current 
    • 3: Niagara Falls 
    • 4: An Alternating-Current Circuit 
    • 5: Tesla's Ac Versus Edison's Dc 
    • 6: Ac Versus Dc Circuits 
    • 7: Portrait Of Tesla 
    • 8: Edison And His Inventions 
    • 9: Alternating Lc Circuit 
    • 10: Mechanical Resonance Shattering Aglass 
    • 11: A House And Television Shows 
    • 12: Electrical Analogy To A Madd On A Spring 
    • 13: Tacoma Narrows Bridge Collapse 
    • 14: Frequency Effects: Rc, Lc, And Rlc Circuits 
    • 15: Westinghouse And Edison's War Of Currents 
    • 16: Hydroelectric Power Plant 
    • 17: Transmitting Electric Power 
    • 18: Effects Of Alternating Current Through Coil 
    • 19: Automobile Assembly Plant 
    • 20: Edison's Electric Power Generators 
    • 21: City Streets And Edison's Laboratory 
    • 22: Airplane Lift-Off 
    • 23: Old Radio 
    • 24: Tesla's Inventions 
    • 25: Niagara Falls 
    • 26: Tesla's Shaping Of The World 
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  • Laser Disk #39 - Maxwell's Equations 
    • 1: Opening Sequence 
    • 2: Historical Significance Of Maxwell's Work 
    • 3: Maxwell In Study 
    • 4: Newton In Study 
    • 5: Faraday Leaving The Royal Institution 
    • 6: Relationship Between Magnetism And Currents 
    • 7: Induced Current 
    • 8: Maxwell In Study 
    • 9: University Of Cambridge 
    • 10: Faraday's Speculation On Light 
    • 11: Electric Field Of Charged Particles 
    • 12: Coupled Mechanical Oscillators 
    • 13: Speculation On The Nature Of Light 
    • 14: Properties Of Waves 
    • 15: Fundamental Physical Constants 
    • 16: Magnetic And Electric Force Constants 
    • 17: Maxwell In Study 
    • 18: Explanation Of Saturn's Rings 
    • 19: Kinetic Theory Of Gases 
    • 20: Maxwell's Philosophy Of Science 
    • 21: Maxwell's Move To King's College 
    • 22: Maxwell In Conversation 
    • 23: Gauss's Law For Electricity 
    • 24: Gauss's Law For Magnetism 
    • 25: Ampere's Law 
    • 26: Faraday's Law 
    • 27: Electromagnetic Wave Propagation 
    • 28: Star Field 
    • 29: Maxwell In Study 
    • 30: Approaching The Displacement Current 
    • 31: Maxwell In Study 
    • 32: Electric Flux And Current 
    • 33: Maxwell In Study 
    • 34: Changing Electric Flux 
    • 35: Implications Of Maxwell's Equations 
    • 36: Electromagnetic Wave Propagation 
    • 37: Maxwell's Equations 
    • 38: Maxwell In Study 
    • 39: Maxwell's Poetry 
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  • Laser Disk #40 - Optics 
    • 1: Opening Sequence 
    • 2: Light, Electric And Magnetic Field 
    • 3: An Eye Examination 
    • 4: Light Waves 
    • 5: Eye Chart 
    • 6: Galileo, His Telescope, Microscope,Sketches 
    • 7: Eyeglasses 
    • 8: Refraction And Dispersion 
    • 9: Newton At His Desk 
    • 10: Newton's Book On Optics 
    • 11: Huygen's Wave Theory Of Light 
    • 12: Light Seen As Electric And Magnetic Waves 
    • 13: Water Waves 
    • 14: Mechanical Waves 
    • 15: Electromagnetic Waves 
    • 16: Electromagnetic Spectrum 
    • 17: Lines Of Force About Electric Charges 
    • 18: Faraday And His Lines Of Force 
    • 19: Oscillating Electric Charges Creating Waves 
    • 20: Maxwell's Electromagnetic Spectrum 
    • 21: Huygen's Light Waves 
    • 22: Young's Proof Of Light As A Wave 
    • 23: Young's Idea Of Wave Interference 
    • 24: Thomas Young 
    • 25: Young's Interference Experiment 
    • 26: Young's Interference Experiment 
    • 27: Young's Interference Fringes 
    • 28: Diffraction 
    • 29: Shadows 
    • 30: Diffraction 
    • 31: Light Casting Shadows On Wall 
    • 32: Lake Scene 
    • 33: Light Waves Encountering Electric Charges 
    • 34: Woman's Reflection In A Mirror 
    • 35: Refraction In Glass; Least Time Principle 
    • 36: An Eye Examination 
    • 37: Dispersion 
    • 38: Galileo At His Desk 
    • 39: Newton In His Study 
    • 40: Reflecting Telescope 
    • 41: Reflecting Telescope 
    • 42: Radar Screen 
    • 43: Optical Reflector Telescope 
    • 44: Eye Chart 
    • 45: Stars And Galaxy 
    • 46: The Luminiferous Ether