Flipping Physics
  • Home
  • Physics Videos
    • AP Physics 1 >
      • AP Physics 1 Review
      • AP Physics 1 Teachers
    • AP Physics C >
      • AP Physics C Review
      • AP Physics C Teachers
    • Playlists
  • GIFs
    • Kinematics GIFs
    • Dynamics GIFs
    • Work Energy and Power GIFs
    • Momentum and Impulse GIFs
    • Rotational Kinematics GIFs
    • Rotational Dynamics GIFs
    • Universal Gravitation GIFs
    • Simple Harmonic Motion GIFs
    • Waves GIFs
    • Sound GIFs
    • Electricity GIFs
  • Flipping
    • Gameful
    • Physics Labs
    • How to Flip
    • How to Learn
    • The Basics >
      • 8 Don'ts
      • 9 Dos
  • About
    • Comments
    • Teacher Comments
    • FAQ
    • Tutoring
    • Share Your Flipping Story
    • Spreadsheets
    • Making a Video
    • Technology
    • My White Privilege
    • Survivor Application
  • Give
  • Shop
  • Help Out
    • Quality Control
    • Spanish Translations
    • Collaborate
  • Blog

Electricity and Magnetism
Free Response Question #1 Solutions - AP Physics C 1998 Released Exam
(19:34)

Previous Video
Lecture Notes
Give
APC Review
Next Video
This Free Response Question includes the following concepts: Electrostatic Forces, Gauss's Law, Electric Fields and work done on a charged particle when moving through an electric potential difference.

AP® is a registered trademark of the College Board, which was not involved in the production of, and does not endorse, this product.

Enjoy an EDpuzzle Lesson for this video.

Link: AP Physics C 1998 Released Exam
The problem is on pages 163 - 165 of this pdf.
Their solution is on pages 200 - 201 of this pdf.
Please enjoy my solutions as well.

Content Times:
0:31 Part (a)
1:20 Part (a) The Free Body Diagram
2:51 Part (a) Summing the forces in the y-direction
3:57 Part (a) Summing the forces in the x-direction
6:36 Part (b)
7:32 Part (b) What happens to the angle?
9:38 Part (c)
10:36 Part (c) Gauss's Law
12:07 Part (c) Using Gauss's Law
14:03 Part (c) Using Linear Charge Density
15:31 Part (d)
16:38 Part (e)
17:32 Part (e) Integration
                Copyright © 2013-2023 · All Rights Reserved · Flipping Physics