AP® Physics 2: Mastering Challenging Concepts

Offered by DavidsonNext

Course Description

Embark on an exciting journey through the most challenging concepts of AP® Physics 2 with this comprehensive course offered by DavidsonNext. Designed to complement your AP® Physics 2 studies, this course provides an in-depth exploration of nine complex topics that are crucial for success in the AP® exam. Led by experienced and well-respected AP instructors from across the United States, you'll benefit from their expertise through engaging video lectures, interactive simulations, and practice problems that mirror the style and difficulty of the actual AP® Physics 2 exam.

What Students Will Learn

  • Mastery of challenging AP® Physics 2 concepts
  • Advanced problem-solving techniques in physics
  • Skills in data analysis and interpretation
  • Proficiency in using interactive simulations and graphs
  • Exam-taking strategies for the AP® Physics 2 test
  • Deep understanding of electrostatic fields, gravitational and electric potentials, electromagnetic induction, and more

Pre-requisites

To fully benefit from this course, students should have a solid foundation in Physics 1 and basic Physics 2 concepts. The course is designed to address the most challenging aspects of the AP® Physics 2 curriculum, so prior knowledge of fundamental physics principles is essential.

Course Topics

  • Electrostatic Fields
  • Gravitational and Electric Potentials
  • Electromagnetic Induction
  • Capacitance
  • Thermodynamics
  • Pressure, Force & Flow in Fluids
  • Mirrors & Lenses
  • Diffraction & Interference
  • Atomic Transitions

Who This Course Is For

  • AP® Physics 2 students looking to excel in their exams
  • High school students preparing for college-level physics courses
  • Physics enthusiasts seeking to deepen their understanding of advanced concepts
  • Educators looking to enhance their AP® Physics 2 teaching methods

Real-World Applications

  • Engineering: Concepts like electromagnetic induction and thermodynamics are fundamental in various engineering fields.
  • Medical imaging: Understanding of mirrors, lenses, and atomic transitions is crucial in developing and interpreting medical imaging technologies.
  • Environmental science: Knowledge of fluid dynamics and thermodynamics can be applied to climate modeling and energy systems.
  • Technology development: Principles of electrostatic fields and capacitance are essential in electronics and computer hardware design.
  • Research and innovation: The problem-solving and analytical skills developed are valuable in scientific research across multiple disciplines.

Syllabus

  1. Electrostatic Fields - Robert Morse, AP Physics Instructor, St. Albans School, Washington, DC
  2. Gravitational and Electric Potentials - Marc Reif, AP Physics Instructor, Fayetteville High School, Fayetteville, AR
  3. Electromagnetic Induction - Deborah Roudebush, AP Physics Instructor, Oakton High School, Fairfax, VA
  4. Capacitance - Deborah Ormond, Rebecca Howell, Michelle Strand, AP Physics Instructors from Randolph School, Lambert High School, and West Fargo High School
  5. Thermodynamics - James Lincoln, AP Physics Instructor, Tarbut V'Torah High School, Irvine, CA
  6. Pressure, Force and Flow in Fluids - Gardner Friedlander, AP Physics Instructor, University School of Milwaukee, Milwaukee, WI
  7. Mirrors and Lenses - Angela Jensvold, Rebecca Howell, Michelle Strand, AP Physics Instructors from Diamond Bar High School, Lambert High School, and West Fargo High School
  8. Diffraction and Interference - Rebecca Howell, Brad Davis, AP Physics Instructors from Lambert High School and Centennial High School
  9. Atomic Transitions - Deborah Ormond, AP Physics Instructor, Randolph School, Huntsville, AL
  10. End of Course Assessment - James VanderWeide, AP Physics Instructor, Hudsonville High School, Hudsonville, MI

Full-Course Reviewer (all topics): Dolores Gende, AP Physics Instructor, Pine Crest School, Fort Lauderdale, FL

This comprehensive AP® Physics 2 course offers an unparalleled opportunity to master challenging physics topics, prepare thoroughly for the AP® Physics exam, and develop a deep understanding of complex physics concepts through interactive activities and expert instruction.