Walter Lewin shoots a monkey

Walter Lewin conducts ball and ring experiment

Walter Lewin illustrates thermal expansion

Walter Lewin explains a physical phenomena

Walter Lewin explains fluid mechanics pt 2

Walter Lewin illustrates Bernoulli's Principle

Walter Lewin demonstrates Pascal's principle

Walter Lewin illustrates the effect of inertia on a system

Walter Lewin demonstrates static equilibrium

Walter Lewin explains torque pt 2

Walter Lewin explains torque pt 1

Walter Lewin explains the effect of moment of inertia on rolling motion

Walter Lewin applies moment of inertia to an oscillating object

Walter Lewin describes how a flywheel works

Walter Lewin uniquely demonstrates angular momentum

Walter Lewin stumps undergrads with this question

Walter Lewin uses two different methods to solve for bullet speed

Walter Lewin puts power into perspective

Walter Lewin explains how an acid battery works

Walter Lewin applies concepts of simple harmonic motion

Walter Lewin demonstrates the effect of radius on terminal velocity

Walter Lewin uniquely illustrates conservation of mechanical energy

Walter Lewin displays conservation of mechanical energy

Walter Lewin exhibits independence of mass

Walter Lewin accurately predicts a pendulum's period

Walter Lewin displays Hooke's Law for an ideal spring

Walter Lewin explains the properties of vector cross product

Walter Lewin illustrates weightlessness

Walter Lewin explains Newton's third law

Walter Lewin explains uncertainties in measurements

Walter Lewin predicts relationship between two falling objects

SIGMA PHYSICS TEACHER EXPLAINS CENTRIPETAL FORCE 🗿

SIGMA PHYSICS TEACHER EXPLAINS VECTOR CROSS PRODUCT 🗿

SIGMA PHYSICS TEACHER DEMONSTRATES ROLLING MOTION 🗿

SIGMA PHYSICS TEACHER 🗿

SIGMA PHYSICS TEACHER 🗿