The Mechanical Universe - S1 E1

Seasons & Episodes

E1: Introduction

Jan 1, 1985

E2: The Law of Falling Bodies

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E3: Derivatives

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E4: Inertia

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E5: Vectors

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E6: Newton's Laws

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E7: Integration

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E8: The Apple and the Moon

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E9: Moving in Circles

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E10: Fundamental Forces

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E11: Gravity, Electricity, Magnetism

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E12: The Millikan Experiment

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E13: Conservation of Energy

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E14: Potential Energy

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E15: Conservation of Momentum

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E16: Harmonic Motion

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E17: Resonance

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E18: Waves

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E19: Angular Momentum

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E20: Torques and Gyroscopes

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E21: Kepler's Three Laws

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E22: The Kepler Problem

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E23: Energy and Eccentricity

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E24: Navigating in Space

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E25: Kepler to Einstein

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E26: Harmony of the Spheres

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E27: Beyond the Mechanical Universe

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E28: Static Electricity

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E29: The Electric Field

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E30: Potential and Capacitance

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E31: Voltage, Energy, and Force

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E32: The Electric Battery

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E33: Electric Circuits

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E34: Magnetism

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E35: The Magnetic Field

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E36: Vector Fields and Hydrodynamics

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E37: Electromagnetic Induction

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E38: Alternating Current

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E39: Maxwell's Equations

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E40: Optics

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E41: The Michelson-Morley Experiment

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E42: The Lorentz Transformation

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E43: Velocity and Time

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E44: Mass, Momentum, Energy

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E45: Temperature and Gas Laws

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E46: Engine of Nature

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E47: Entropy

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E48: Low Temperatures

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E49: The Atom

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E50: Particles and Waves

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E51: From Atoms to Quarks

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E52: The Quantum Mechanical Universe

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