Describe the motion of a football running back using physics kinematics. The seventh lesson in a series of 10 video lessons describes the velocity, acceleration, and position of key plays on the football field. Individuals learn the...

Test takers stressing out over the upcoming exam? Help them prepare for the AP Physics i exam with this fast-paced video that includes a complete guide to everything related to kinematics. Also included are some common errors...

A comprehensive review of the rotational kinematics covered by the AP Physics 1 test, this fast-paced video is designed to help scholars review material they have already been taught.

Prepare your class members for the rotational dynamics section of the AP Physics exam with a fast-paced video that reviews all the key concepts and principles. Tips and tricks for the exam and common misconceptions are also addressed.

Everything scholars will need to know about universal gravitation in order to be prepared for the AP Physics exam. is provided in this fast-paced video. Test taking tips and common misconceptions are also addressed in the film.

Help pupils review for the portion of the AP Physics exam that covers linear momentum and impulse review with a short video that covers an extensive amount of material.

Kinematic equations help solve for an unknown in a problem when an object has either a constant velocity or constant acceleration. This video will help you choose which kinematic equations you should use, given the type of problem you're...

David explains the rotational kinematic formulas and does a couple sample problems using them. [14:51]

A collection of ten videos that examine the physics behind NHL hockey. They cover topics such as Newton's Laws of Motion, projectile motion, and kinematics.

A collection of ten videos that examine the physics and math behind NFL football. They cover topics such as Newton's Laws of Motion, the Pythagorean Theory, kinematics, and projectile motion.

A video explaining the formula to calculate average velocity if the acceleration is constant, and initial velocity and time period is known. The theory behind the equation is discussed as well as an example given. [14:09]

Video tutorial uses information about take-off velocity and runway length to determine acceleration. [14:15]

Video tutorial uses examples and formulas to show how to derive displacement as a function of time, constant acceleration, and initial velocity. [9:57]

Video tutorial investigates how to plot projectile displacement, acceleration, and velocity as a function to change in time. [16:17]

Video tutorial gives examples showing out how high a ball will get given how long it spends in the air. [8:50]

Video tutorial shows how to determine how fast something will be traveling upon impact when it is released from a given height. [11:42]

Video explores the two different ways of viewing g as the value of Earth's gravitational field near the surface rather than the acceleration due to gravity near Earth's surface for an object in freefall. [7:30]

A video exploring how angular velocity relates to speed. [9:24]

Video explores how to derive a formula for maximum projectile displacement as a function of elapsed time. [7:08]