Unit 1: Kinematics

Practice problems involving position, velocity, & acceleration in 2 dimensions, especially freefall

Description of how motion works in 2 dimensions, independence of x and y directions, definition of freefall, description of x and y motion of an object in freefall, derivation of common equations and problem solving tips

Anatomy of a typical horizontal-launch projectile problem & how to solve them, with a Q & A of common misconceptions around freefall

Anatomy of a typical angle-launch projectile problem & how to solve them

Practice problems involving motion graphs

Analysis of graphs of v vs. t: what slope represents, how to calculate slope, how to translate between the shape on the graph and the description of the motion, how to match up x vs. t and v vs. t graphs of the same motion

Analysis of graphs of x vs. t: what slope represents, how to calculate slope, how to translate between the shape on the graph and the description of the motion

Defining the position of an object and describing change in position (velocity), distinguishing between instantaneous and average velocity

Practice problems involving position, velocity, & acceleration in 1 dimension, as well as a general AP Physics Q & A

Discussion of acceleration, including defining acceleration as a change in velocity, describing ways an object's velocity can change and how those are analyzed qualitatively and quantitatively