Through this NASA video learn how Newton's laws apply to the landing of an airplane. Discover what happens in the final phase of landing. [3:30]

This NASA video demonstrates how Newton's laws apply to the landing of airplanes. Learn how the test pilot is responsible for finding the perfect landing conditions for the aircraft. [2:22]

Created to teach students of the 21st century, SOPHIA is bringing Newton's Second Law of Motion straight to your fingertips. Become the commander of your own learning experiences as you learn from this interactive slideshow. [9:49]

This video clip discusses how Newton's second law of motion is associated with aerospace. In this video, scientists discuss how you can feel g forces on a roller coaster and how to calculate a person's mass using the law. [3:59]

The dog show looks like chaos in the ring, but the commotion can be explained by just three simple laws of motion. Objects in motion tend to stay in motion. Force equals mass times acceleration. And for every action, there is an equal...

Paul Andersen explains how the vector sum of forces can be used to identify the net force on an object. The net force can be used to determine the overall acceleration of the object using Newton's Second Law. [6:54]

This NASA video demonstrates how Newton's laws apply to landing an airplane. Learn why runway length is so important during the rollout phase of landing. [3:28]

Explains what momentum is, and works through a simple problem involving momentum. [9:18]

A screencast which provides an explanation of impulse force as it relates to Newton's laws of motion. [4:12]

Watch this introduction to Newton's Second Law of Motion. See example problems solved in an easy to understand format. [9:49]

What happens when you drop a stack of bouncy balls together? Watch this classic momentum transfer demonstration, and discover how it relates to a supernova. [3:33]

In the following video Paul Andersen explains how Newton's Second Law applies when a net force acts on a body. The net force vector and the acceleration vector will act in the same direction. If an object acts on another object in a...

Explains how Newton's Three Laws of Motion are expressed in the context of speed skating. [4:17]

In this video lecture, the topics of static and kinetic friction are explored with examples. The video discusses free-body diagrams and the forces that affect the movement of objects. [9:49]

This video [4:36] will first explore a single particle under the influence of gravity. Click the link to check out the Effects lesson.

In this video, David from Khan Academy explains how to find the tension in a string that is whirling a yo-yo in a vertical circle. [10:30]

In this video, David from Khan Academy explains how to solve for the tension and speed of a mass swinging at an angle in a horizontal circle. [12:38]

In this video, David from Khan Academy gives some problem solving strategies for centripetal force problems and explains many common misconceptions people have about centripetal forces. [14:59]

In this video, David from Khan Academy explains how to find the normal force on a bowling ball rolling in a vertical loop. [8:48]

Sal Khan discusses deriving displacement as a function of time, constant acceleration, and initial velocity in this video. [9:57]

In this video, Sal Khan figures out the tension in the wire connecting the two masses. Then he figures out how much we need to accelerate a pie for it to safely reach a man's face. [9:28]

This lesson explains why mass and acceleration are inversely proportional. It is 2 of 2 in the series titled "Mass & Acceleration."

This lesson demonstrates how to use weight to determine the acceleration of an object. It is 2 of 2 in the series titled "Weight & Acceleration."