Form 2: Energy Transformations on a Roller Coaster Exercise

Form 2: Energy Transformations on a Roller Coaster

4 views 0 saves EN
Send as Assignment
Form 2: Energy Transformations on a Roller Coaster

In this interactive exercise, students will explore the principles of energy transformation by designing their own roller coaster, examining how potential and kinetic energy fluctuate throughout the ride. By calculating energy changes at various points, learners will gain a deeper understanding of physics in action!

Questions

  1. MultiChoice

    At what point on a roller coaster track is GPE at its maximum?

  2. MultiChoice

    At what point on a roller coaster track is KE at its maximum?

  3. MultiChoice

    As a roller coaster car travels down a steep drop, what happens to its energy?

  4. MultiChoice

    As a roller coaster car climbs up a hill, what happens to its speed and KE?

  5. MultiChoice

    Midway down a roller coaster hill, the car has:

  6. MultiChoice

    If friction is ignored, the total mechanical energy of a roller coaster car:

  7. MultiChoice

    Why is the first hill of a traditional roller coaster always the tallest hill?

  8. MultiChoice

    When a coaster car reaches the bottom of a drop, its GPE has mostly converted into:

  9. MultiChoice

    At the exact mid-height of a frictionless descent, GPE is:

  10. MultiChoice

    What force slows down a coaster car and converts mechanical energy into heat?

  11. MultiChoice

    If a roller coaster car comes to a brief stop at the peak of a loop, its KE is:

  12. MultiChoice

    Compared to a lighter coaster car at the same height, a heavier car has: