33:19

Lecture 98: The Electric Field

21:33

Problem Set Solutions for Lecture 97

40:47

Lecture 97: Coulomb's Law

31:54

Problem Set Solutions for Lecture 95 and 96

28:12

Lecture 96: Calculus Lite-Area Under a Curve

33:40

Lecture 95: Calculus Lite-Tangent Lines

21:55

Unlocking the Secrets of Counting: Exploring Combinatorics in Everyday Life

10:03

Newton's Geometric Calculus

01:00

Summer Update for Subscribers

40:22

Lecture 94: The Doppler Effect

24:00

Lecture 93: Standing Waves

09:20

Lecture 92: Beats

32:32

Lecture 91: Superposition of Waves

32:40

Lecture 90: Energy in Waves

36:54

Lecture 89: Longitudinal Waves

31:52

Lecture 88: Water Waves

18:26

Lecture 87: Transverse Waves on a String

35:11

Lecture 86: The Wave Equation

22:05

Lecture 85: More Simple Harmonic Motion-Pendulums

28:36

Lecture 84: Simple Harmonic Motion

29:35

Lecture 83: Bernoulli's Principle

24:58

Lecture 82: Archimedes' Principle

12:37

Lecture 81: Measuring Pressure

31:17

Lecture 80: Pressure and Pascal's Principle

31:03

Lecture 79: Solids

30:40

Lecture 78: Falling into a Black Hole

06:40

The Calculus of Leibniz

21:48

Lecture 77: General Relativity

10:03

Shortest Path Between Two Points

20:33

Lecture 76: Fictitious Forces

01:28

What is Prodigy Physics?

29:37

Lecture 75: Is the Universe a Black Hole? Escape Velocity and the Schwarzschild Radius

16:44

Lecture 74: Orbits, or why the Earth doesn't fall into the Sun

22:58

Lecture 73: Gravitational Potential Energy (No Calculus)

20:02

Lecture 72: Newton and the Apple (Universal Gravitation)

19:57

Lecture 71: Newton's Proof of Kepler's First Law (The 1/r^2 Law)

16:49

Lecture 70: Newton's Proof of Kepler's Third Law

16:45

Lecture 69: Newton's Proof of Kepler's 2nd Law

06:18

Lecture 68: Kepler's 2nd Law

23:43

Lecture 67: Ellipses

31:21

Lecture 66: Pre-Newtonian Physics

24:13

Lecture 65: Statics Revisited-The Sliding Ladder Problem

23:59

Lecture 64: Terminal Velocity

25:31

Lecture 63: Friction

16:08

Lecture 62: Conservation of Angular Momentum

21:29

Lecture 61: Torque and Newton's Second Law

17:51

Lecture 60: Angular Momentum and the Cross Product

22:47

Lecture 59: Moment of Inertia

24:10

Lecture 58: Circular Motion

36:29

Lecture 57: Center of Mass

23:45

Lecture 56: Conservation of Energy and Momentum in Special Relativity

25:58

Lecture 55: E=mc^2

20:25

Lecture 54: Relativity Breaks Conservation of Momentum and Energy

32:33

Lecture 53: Distance in Spacetime

19:00

Lecture 52: Addition of Velocities

26:23

Lecture 51: The Twin Paradox

26:47

Lecture 50: Understanding the Lorentz Transformations

23:47

Lecture 49: The Lorentz Transformations

26:08

Lecture 48: The Moving Coordinate Axes

15:12

Lecture 47: Simultaneity