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Caltech·David Goodstein
29:03
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The Mechanical Universe →#11 of 17
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Waves: The Mechanical Universe
28:29Resonance: The Mechanical Universe
29:02Harmonic Motion: The Mechanical Universe
29:03Conservation of Momentum: The Mechanical Universe
29:03Conservation of Energy: The Mechanical Universe
29:03The Millikan Experiment: The Mechanical Universe
29:03Gravity, Electricity, Magnetism: The Mechanical Universe
29:03Fundamental Forces: The Mechanical Universe
29:03Moving In Circles: The Mechanical Universe
29:03The Apple And The Moon: The Mechanical Universe
28:47Integration: The Mechanical Universe
29:03Newton's Laws: The Mechanical Universe
28:47Vectors: The Mechanical Universe
28:35Inertia: The Mechanical Universe
28:47Derivatives: The Mechanical Universe
28:47The Law of Falling Bodies: Galileo's Experiments
29:03Introduction to The Mechanical Universe: Copernicus to Newton
28:47Integration: The Mechanical Universe
From Caltech's "The Mechanical Universe" series, this segment explores the development of integral calculus by Newton and Leibniz as inverse to differentiation.
Episode 7. Integration: Newton and Leibniz arrive at the conclusion that differentiation and integration are inverse processes.