Explains the use of unit vectors to represent the components of a vector. [7:58]

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]

Solving the second part to the projectile motion problem (with wind gust) using ordered set vector notation. [10:18]

Explains how to calculate the total final velocity for a projectile landing at a different altitude. (There is a mistake near the end where Sal wrote 29.03 m/s when it should be 26.03 m/s, and the final total magnitude should be 26.55...

Reconstructing the total displacement vector for a projectile. [13:46]

Projectile motion problems got you scratching your head? This video walks you through figuring out the horizontal displacement for a projectile launched at an angle. [12:46]

Projectile motion problems still confusing you? This video lecture walks you through an example of a two-dimensional projectile motion problem. The problem shows you another way to determine time in the air given an initial vertical...

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]

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.

Two-Dimensional motion giving you a headache? Then watch this video lecture to help with visualizing, adding and breaking down vectors in two dimensions. Lecture includes examples and step-by-step problems. [12:53]

On two-dimensional projectile motion. A followup correction to the "Total Final Velocity for Projectile" video.