Prof. Walter Lewin, the famous MIT physicist, often demonstrated Bernoulli’s Principle in his engaging lectures. Bernoulli’s Principle states that as the speed of a fluid increases, its pressure decreases. In his demonstrations, Lewin used simple yet striking experiments—such as blowing between suspended objects or directing airflow over a sheet of paper—to show how faster-moving air creates lower pressure, causing objects to move together or lift. His style of teaching made abstract physics con
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Prof. Walter Lewin, the famous MIT physicist, often demonstrated Ber…
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99K views · 2.2K reactions | MIT Professor WALTER LEWIN Interview,"How should Physics be taught?" [Subtitle Added] Subscribe to us youtube.com/c/ScienceBee | Science Bee | Facebook
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99K views · 2.2K reactions | MIT Professor WALTER LEWIN Intervi…
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1.7K views · 8.3K shares | Prof: Walter Lewin Best Physics teacher...
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XPLAINER_ on Instagram: "Prof. Walter Lewin, the legendary MIT physicist, used some of the most visual and memorable demonstrations to teach core concepts — including thermal expansion. In this experiment, he shows how materials expand when heated and contract when cooled, revealing how temperature changes affect the atomic spacing inside solids. The setup is simple, but the lesson is powerful: even the most rigid materials are constantly in motion at the microscopic level. Lewin’s clear explana
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Motivation | Wealth | Education on Instagram: "In his legendary MIT lectures, Professor Walter Lewin brought Bernoulli's Principle to life by demonstrating the inverse relationship between fluid velocity and pressure. According to the Bernoulli Equation, P + \frac{1}{2}\rho v^2 + \rho gh = \text{constant}, which implies that for a horizontal flow, an increase in the speed (v) of the fluid must be accompanied by a decrease in its pressure (P). One of Lewin's most famous demonstrations involved bl
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Physics | Mathematics | Science on Instagram: "Follow @PhysicsFolder To learn physics Prof. Walter Lewin, the legendary MIT physicist, explains projectile motion in a way that turns abstract equations into real, unforgettable experiences. Through bold real-life demonstrations, swinging pendulums, and live experiments, he shows that once an object is launched, its motion splits into two independent components: horizontal motion that remains constant, and vertical motion that is entirely controlle
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