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0:05:12

Conservation of Linear Momentum: Example

0:11:51

Impulse and Momentum in Two Dimensions

0:00:53

A speed version of a pulley problem (demonstration)

0:06:57

Potential Energy Curves

0:09:42

Conservation of Energy with Non-Conservative Forces: Example

0:07:57

Conservation of Mechanical Energy: Coordinate Systems

0:04:07

Conservation of Mechanical Energy Example

0:06:18

Conservation of Mechanical Energy

0:06:30

Gravitational Potential Energy Function

0:06:58

Gravitational Potential Energy

0:06:39

Work in Two and Three Dimensions

0:28:54

Newton's Third Law: Two Sliding Blocks

0:14:00

Newton's Third Law in Two Dimensions: One block falling on another

0:30:07

Newton's Second Law in Two Dimensions: More Crate Moving

0:05:33

Newton's Second Law in Two Dimensions: Keeping a Block from Falling Gong Straight

0:09:58

Static Friction Model

0:05:48

Newton's Second Law in Two Dimensions: Pulling Out a Stuck Car

0:07:34

Newton's Second Law in Two Dimensions: Sliding on an Incline

0:09:06

Newton's Second Law in Two Dimensions: Hanging from Two Cables

0:08:02

Newton's Second Law in Two Dimensions: Hanging Mass

0:13:21

Newton's Second Law in Two Dimensions: on an Incline

0:11:53

Newton's Second Law in Two Dimensions: Moving a Crate

0:04:06

The Normal Force Model

0:03:30

Range Equation