Physics 1135 Exam 1

This provides a summary of lecture four, two dimensional kinematics. This covers position, velocity, and acceleration in two dimensions. It also describes calculations involving projectile motion.

This chapter provides information about circular motion, including centripetal acceleration, uniform circular motion, and nonuniform circular motion.

This is a problem solving review before exam 1. It goes over the high level ways to solve all problems that will be present on exam 1.

Newton's third law, action reaction pairs, inclined coordinate systems, massless ropes and massless, frictionless pulleys, and coupled objects.

Newton's first and second laws, inertia, relationship between forces and acceleration, and procedure for solving force problems.

Velocity and acceleration, constant acceleration, free fall.

Position, Displacement, speed and velocity, average velocity, instantaneous velocity.

Static and kinetic friction, relationship with normal force magnitude, problem solving involving frictional forces.

Uniform and non-uniform circular motion, centripetal acceleration, problem solving with newton's 2nd law for circular motion.

Motion in two dimensions. Homework assignments can be viewed at the following link:

Vector problems. Homework assignments can be viewed at the following link:

Vector problems. Homework assignments can be viewed at the following link:

Motion in One Dimension. Homework assignments can be viewed at the following link:

Motion in One Dimension. Homework assignments can be viewed at the following link: