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  1. Find the distance formula for the following problem
    Located in Physics / Momentum and Energy Conservation / Power
  2. ________ is defined as work done divided by the time used to do the work
    Located in Physics / Momentum and Energy Conservation / Power
  3. Two engines power comparison
    Located in Physics / Momentum and Energy Conservation / Power
  4. The unit of Power is
    Located in Physics / Momentum and Energy Conservation / Power
  5. Write the power formula
    Located in Physics / Momentum and Energy Conservation / Power
  6. A 2000-pound car moving at 50 miles per hour collides with a stationary car weighing 3000 pounds
    Located in Physics / Momentum and Energy Conservation / Conservation of momentum and energy: Self Test
  7. A man drops a 10-kg rock from the top of a 5-meter ladder
    Located in Physics / Momentum and Energy Conservation / Conservation of momentum and energy: Self Test
  8. A moving object collides with a stationary one
    Located in Physics / Momentum and Energy Conservation / Conservation of momentum and energy: Self Test
  9. An object is going 10 m/s when it hits the ground.
    Located in Physics / Momentum and Energy Conservation / Conservation of momentum and energy: Self Test
  10. As an object falls toward the ground, what happens to its potential energy?
    Located in Physics / Momentum and Energy Conservation / Conservation of momentum and energy: Self Test
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