AP Physics 1B

Course Description

The same laws of Physics are used to describe the behaviors of everything from small atoms, to enormous galaxies. 

With new discoveries come an improved understanding and appreciation of the universe we live in as well as great advancements in technology that save lives and improve the quality of lives around the world. These are some of the reasons people like us choose to study Physics.

The AP Physics 1B course uses inquiry-based lessons that focus on experimentation to develop your understanding of important concepts in Simple Harmonic Motion, Rotational Motion, Electrostatics, DC circuits, and Mechanical Waves. With inquiry-based lessons, students begin to study a topic by making observations and discover natural phenomena. Next, students develop, test, and apply models to fit the observations. In this course students create and use multiple representations of physical processes, design investigations, solve multi-step problems, and reflect on learning using practice quizzes and self-assessment rubrics. In most labs, students use a variety of materials at home to collect data. While completing lessons, students use graphing calculators and online interactive simulations, an interactive notebook, practice quizzes and graded assignments.

Course Objectives

The course will teach AP Physics 1 topics (see page 17, 36). We highly recommend that you read the College Board’s AP Physics 1 Course Overview and AP Physics 1 Course Description before beginning this course.

Required Course Materials

You will need the following materials for this course:

College Physics for the AP Physics 1 Course

Authors:  Stewart, Freedman, Ruskell, and Kesten

Bedford, Freeman & Worth High School Publishers, Second Edition, 2019

ISBN: 9781319100971


Course Organization

Each semester course includes 5 units (about 4 lessons per unit), text-based and video-based instruction, interactive activities, lab activities, practice quizzes, 15 graded assignments, and 1 final exam.

Final Examination

The final examination is comprehensive; it covers the material from all 5 units. To pass the course, you must receive a grade of 70 percent or better. You can apply to take the Final Exam after 100 percent of your graded assignments have been submitted.

Format: 50 multiple-choice questions
Time Allowed: 3 hours
Materials Allowed: Writing utensils, calculator, UTHS approved printed materials

Semester Topics

Unit 6: Simple Harmonic Motion

Unit 7: Rotational Motion

Unit 8: Electrostatics

Unit 9: DC Circuits

Unit 10: Mechanical Waves