AP® Physics 1 Unit 1: 1-D and 2-D Motion (Kinematics)

This is the first major unit in AP Physics 1. We will be covering the major topics of position, velocity, acceleration, and motion for both one-dimensional motion and two-dimensional motion. We also will be discussing vectors in the context of two-dimensional motion. The course is emphasized learning through some instruction, and doing lots of practice problems. Practice is the best way to get familiar with how to solve problems. Numerous examples will be shown during the live lessons, with additional practice for students to do on their own.

Prerequisites: Students should have taken algebra and be able to use trigonometry as it relates to right triangles (soh cah toa).

Syllabus. Here are how the 4 weeks are broken down.

Week 1: Explanation of major terms of motion including position, velocity, acceleration, speed, and distance. We will look at the basic equations and how to apply them.

Week 2: An introduction to the kinematic equations and how to apply them to different types of 1-D problems with constant acceleration. We will be going over techniques to figure out which kinematic equation to use.

Week 3: We will then look at interpreting graphs of motion and how to sketch position, velocity, and acceleration graphs given a graph. We will also begin to look at 2-D vectors.

Week 4: We will fully apply 2-D vectors to 2-D motion problems, and applying the kinematic equations. We will focus on projectile motion problem examples.

AP® is a trademark registered by the College Board, which is not affiliated with, and does not endorse, this class.