AP® Physics 1 Course

DavidsonNext

Course Description

This comprehensive AP® Physics 1 course, offered by DavidsonNext, is designed to tackle the most challenging concepts in the AP® Physics 1 curriculum. The course is structured into 8 modules, each focusing on a specific challenging topic, and is led by well-respected AP instructors from across the United States. Through a combination of video lectures, interactive simulations, graphing exercises, and practice problems, students will gain a deep understanding of complex physics concepts and develop the skills necessary to excel in their AP® Physics 1 exam.

What Students Will Learn

  • Mastery of challenging AP® Physics 1 concepts
  • Advanced problem-solving skills in physics
  • Intuition-building through interactive simulations and experiments
  • Exam preparation techniques from experienced AP® Physics teachers
  • Data analysis and graphing skills in physics contexts
  • Application of physics concepts to real-world scenarios

Prerequisites

Students should have a foundational knowledge of AP® Physics 1 concepts, as this course is designed to address only the most challenging topics within the curriculum framework. The modules are ideal for students already enrolled in AP® Physics 1 classes or those seeking supplementary help and exam review.

Course Coverage

  • Acceleration
  • Force Diagrams
  • Free Fall and Projectile Motion
  • Momentum
  • Rotational Motion
  • Angular Momentum
  • Standing Waves
  • Conservation of Charge & Energy in Circuits

Who This Course Is For

  • AP® Physics 1 students looking to reinforce their understanding of challenging concepts
  • Students preparing for the AP® Physics 1 exam
  • Teachers seeking additional resources for their AP® Physics 1 classes
  • Self-studiers aiming to master complex physics topics
  • Anyone interested in developing a deeper understanding of foundational physics concepts

Real-World Applications

  1. Engineering and design: Understanding force diagrams, momentum, and rotational motion is crucial in designing structures and machines.
  2. Medical imaging: Concepts of waves and energy are fundamental to technologies like ultrasound and MRI.
  3. Environmental science: Knowledge of projectile motion and conservation of energy is applicable in studying climate patterns and renewable energy systems.
  4. Technology development: Understanding of circuits and charge conservation is essential in electronics and computer engineering.
  5. Space exploration: Concepts of acceleration, free fall, and angular momentum are critical in designing spacecraft and planning missions.

Syllabus

1. Acceleration - Dolores Gende, AP Physics Instructor, Pine Crest School, Fort Lauderdale, FL
2. Force Diagrams - Peggy Bertrand, AP Physics Instructor, Oak Ridge High School, Oak Ridge, TN
3. Free Fall and Projectile Motion - Robert Morse, AP Physics Instructor, St. Albans School, Washington, DC
4. Momentum - Terri McMurray, AP Physics Instructor, Winston-Salem / Forsyth County Schools, Winston-Salem, NC
5. Rotational Motion - Connie Wells, AP Physics Instructor, Pembroke High School, Kansas City, MO
6. Angular Momentum - Paul Lulai, AP Physics Instructor, St. Anthony Village Senior High School, Minneapolis, MN
7. Standing Waves - Jeff Funkhouser, AP Physics Instructor, Greenhill School, Addison, TX
8. Conservation of Charge and Energy in Circuits - Angela Jensvold, Diamond Bar High School, Diamond Bar, CA
9. End of Course Assessment - James VanderWeide, AP Physics Instructor, Hudsonville High School, Hudsonville, MI
10. Full-Course Reviewer (all topics) - Dolores Gende, AP Physics Instructor, Pine Crest School, Fort Lauderdale, FL

This course offers a unique opportunity to learn from experienced AP® Physics teachers, build crucial skills through interactive simulations and experiments, and prepare effectively for the AP® Physics 1 exam. By mastering these challenging physics concepts, students will not only excel in their academic pursuits but also develop a strong foundation for future careers in science, engineering, and technology.