Skip to main content
Preview the Course
Grade 7-12
1h 32m

Predicting Motion: An Introduction to Classical Mechanics

by Robert Abramovic | Science FREE

6 Lessons 1:32:30
  1. 1. Introduction: The Definition and Purpose of Classical Mechanics 13:03
  2. 2. Acceleration 24:05
  3. 3. Acceleration and Force 6:03
  4. 4. Forces 8:17
  5. 5. Forces and Dynamics 22:34
  6. 6. Dynamics 18:28

Grade 7-12

1h 32m

NGSS Standards



About the course

Predicting motion is an important part of the natural sciences. Astronomy, physics, biology, chemistry, and geology all use the scientific method to make predictions and make informed decisions about future events. In this class, you will learn how classical mechanics both describes and predicts the motion of objects that we encounter in everyday life. You will learn how to analyze the motion of dropped, thrown, and launched objects (projectiles) along with rotating objects using kinematics and dynamics. You will also learn about kinetic and potential energy, momentum, the center of mass, Newton's law of gravitation, spring forces, harmonic oscillators and waves. This will prepare you for future physics and science courses.


  • Classical Mechanics
  • Graph
  • Kinematics
  • Math
  • Physics
  • STEM
  • Vectors


Hi, I'm Robert. I hold a Ph.D. in Mathematics as well as a BA in Physics. I have been a private tutor for over 13 years. I enjoying sharing my knowledge of mathematics and physics with students, creating relatable examples, and making learning fun. My philosophy is not only teaching students but inspiring them to learn more about the material on their own.

See full profile