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  1. Physics archive | Science | Khan Academy

    The physics archive contains legacy physics content, and is not being updated with new content. For our most up-to-date, mastery-enabled courses, check out Middle School Physics, High School Physics, …

  2. AP®︎/College Physics 1 | Science | Khan Academy

    In AP Physics 1, you'll learn algebra-based classical mechanics. To make sure you’re prepared with the fundamentals, we recommend completing high school physics before diving into AP Physics 1.

  3. AP®︎/College Physics 2 - Khan Academy

    In AP Physics 2, you'll learn about thermodynamics, electricity and magnetism, light, and modern physics. To make sure you’re prepared with the fundamentals, we recommend completing high …

  4. Rotational inertia (practice) | Khan Academy

    Check your understanding of rotational inertia in this set of free practice questions.

  5. Understand: falling objects (practice) | Khan Academy

    Check your understanding of falling objects in this set of free practice questions.

  6. Work example problems (video) | Khan Academy

    David goes through some example problems on the concept of work. By reviewing these, you'll have a better knowledge of how to calculate work done by individual forces on an object in motion.

  7. Forces and free-body diagrams (practice) | Khan Academy

    AP®︎/College Physics 1 Forces and free-body diagrams Google Classroom Microsoft Teams

  8. High school physics (DEPRECATED) - Science | Khan Academy

    This course has been deprecated. We recommend exploring our improved High School Physics, AP Physics 1, and AP Physics 2 courses instead.

  9. Electric potential: conceptual problems (part 1) (practice ... - Khan ...

    Let's practice some problems to better understand the changes in potential, potential energy, and work done in moving a charge in an electric field.

  10. Projectile motion calculations (practice) | Khan Academy

    Practice solving two dimensional projectile motion problems when the vertical and horizontal components of velocity are given (no trigonometry)