Khan Academy: Two Dimensional Projectile Motion: Projectile at an Angle

Two activities employ the use of kinematic equations for determining projectile ranges. They both require the use of a toy dart gun. Included in this resource are both the teacher's guide and student laboratory sheets. This is an...

A unique and useful presentation, this covers projectile motion for your general physics class. Many graphs display the vectors involved, and some even act as animations. Motion is broken down into its components and only then are the...

A more complicated example of two-dimensional projectile motion involving launching and landing at different elevations.

The challenging problem of a projectile on an inclined plane is discussed.

Continues from an earlier video on unit vector notation. Demonstrates that adding the x and y components of two vectors is equivalent to adding the vectors visually using the head-to-tail method. [9:13]

Learn how to add the components of vectors with this video lecture. Step-by-step solutions to these types of problems are given. [9:53]

Learn how to calculate the velocity of a ball thrown upwards as high as one can. [9:34]

A derivation of a new motion equation for an object being dropped off a cliff. [9:14]

An example of solving for the final velocity when you know the change in distance, time, initial velocity, and acceleration of a projectile. A great review of a step-by-step problem solving for a projectile motion problem. [9:05]

In this interactive tutorial, students are introduced to motion in a second dimension, and model and predict the more complex motion of projectiles.