Physics Fundamentals is a series teaching high school physics. Physics Fundamentals provides instructional content delivered through thirty-minute episodes and integrated classroom materials. Episodes provide content while giving cues for the classroom teacher to pause the program and interact with students, engaging them in discussions, problem-solving, and laboratory activities. Classroom materials, including note-taking guides to accompany the episodes, worksheets, classroom activities, quizzes, and tests are available in electronic format. For security reasons, only student materials are provided on this site.
The teacher resources are free for Georgia educators. If you are a Georgia educator, please email firstname.lastname@example.org to request the Physics Fundamentals teacher resources. You may be asked to verify your Georgia educator status. If you are an out-of-state educator and would like to purchase the Physics Fundamentals teacher resources, please go to https://sellfy.com/p/brgJ/.
Semester 1 of physics is the study of mechanics, which involves motion and its causes. After reviewing the mathematical skills needed for this study, you will be introduced to vectors, learning how to express quantities including direction and how to deal with vectors in calculations. Next, you will study linear motion and will learn to solve problems involving both uniform and accelerated motion, including the motion of falling objects. In the unit on Newton's Laws of Motion, you will study the causes of motion and will be introduced to motion in two dimensions. Then you will learn about different kinds of forces, from friction to gravitational and centripetal forces. Next, you will be introduced to momentum and energy and will learn how both are conserved. Finally, you will study rotational motion, solving problems involving torque.
This semester is a continuation of the study of energy, introduced to you in the first semester as mechanical energy. In this semester, you will study other forms of energy, including electric energy, magnetism, sound, and light. You will learn how mechanical and electromagnetic waves transport energy. Topics of special interest will include electric circuits, electromagnets, acoustics, color, mirrors, and lenses.
How do engineers get their Mars rovers to go all the way into space and remotely conduct tasks? In this STEMonstration, we'll continue to investigate gravity, friction, and the physics behind launched objects, but make it a whole lot more challenging! Using simple materials, GPB educators will build and test a way to move a small ball down a zip-line string in less than four seconds AND release that ball onto a target.
We visit the birthplace of NASCAR, along with a brand new country club for car lovers.
Flannery O'Connor's Andalusia in Virtual Reality (3D)