In this class, we will learn about vectors and scalars. Then we will apply vectors and concepts from the previous class to learn two-dimensional motion

This class will go over concepts such as force and inertia. We will learn Newton’s three laws of motion and free body diagrams.

In this class, we will solve common problems such as inclined planes and projectile motion. We will learn how to use free body diagrams and the different types of forces in order to solve these problems.

This class will introduce Newton’s law of universal gravitation and compare it to Newton’s laws of motion. We will then apply gravity and other forces to circular motion.

This class will introduce the work-energy theorem and the concept of energy. We will learn how to use conservation of energy to simplify problems.

This class will introduce conservation of momentum and go over when and why it works. We will apply this concept to elastic and inelastic collisions.

In this class, we will apply all the previous concepts and learn their rotational equivalents. We will cover mass moment of inertia, torque, angular momentum, and other rotational analogs of concepts we have already learned.

This class will apply the sine function to simple harmonic motion. We will compare and contrast oscillating systems such as springs and pendulums

In this class, we will learn Coulomb’s law and the concept of electric fields. The four fundamental forces will be introduced and we will go over differences between gravitation and electromagnetism.