Velocity and acceleration vectors for particle.

A video showing a way to evaluate a definite integral.

Video lesson explains how to calculate the acceleration of a Porshe. [9:06]

Understand a working example of calculating displacement from time and velocity. [5:00]

Visual understanding of how centripetal acceleration relates to velocity and radius

This screencast teaches students how to find the position of an object which is under constant acceleration. [5:58]

A narrated tutorial explains how to calculate the velocity of an object undergoing constant acceleration. [6:29]

A video module showing that to determine a decrease in momentum you should look at impulse. Videos explores the equation for impulse and its application. Also given in lesson is an example of how to decrease momentum. [4:59]

A narrated tutorial which shows how to find the position of an object undergoing constant acceleration. [8:48]

This narrated screencast helps students understand the concept of constant acceleration. [2:53]

A narrated presentation which illustrates how momentum is affected by mass and velocity. [3:16]

A narrated presentation illustrates some problems calculating the acceleration of an object when time is unknown, but position and velocity are. [6:45]

A video lesson practicing the calculation of an object's velocity when time is unknown, but position and acceleration are known. [5:18]

Watch this guided screencast, and learn how to figure the velocity of two objects after an inelastic collision. [5:40]

Mr. Andersen shows you how to read a position vs. time graph to determine the velocity of an object. Objects that are accelerating are covered in this video. He also introduces the tangent line (or the magic pen). [13:01]

A video tutorial which demonstrates how average velocity can be shown using a positive or negative sign. [4:17]

This lesson explains how average velocity can be represented by a positive or negative sign. It is 1 of 2 in the series titled "Average Velocity & Sign Notation." [6:44]

Why doesn't the moon just crash into the Earth? And why doesn't the Earth crash into the Sun? What are orbits exactly and why do they happen? Well, it has to do with gravity and velocity. In this episode of Crash Course Kids, Sabrina...

Why doesn't the moon just crash into the Earth? And why doesn't the Earth crash into the Sun? What are orbits exactly and why do they happen? Well, it has to do with gravity and velocity. In this episode of Crash Course Kids, Sabrina...

A simple example of solving for time given the distance and rate. [9:34]

Through a combination of a slide presentation and a video lecture, learn how to solve a projectile motion problem involving a baseball. [14:29]

Lester Holt and former NFL running back Deuce McAllister explore kinematics on the playing field. NSF-funded scientists Tony Schmitz and John Ziegert explain how the kinematic concepts of position, velocity and acceleration can be used...

This lesson provides step-by-step example problems that explain what the terms in the equations of motion in physics represent and how to use the equations to solve problems. [28:57]

In this video segment from NOVA scienceNOW, learn about the effects of gravity as astrophysicist Neil deGrasse Tyson falls through a virtual hole through Earth's center. [1:45]