Energy, Work, and Power

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Across
  1. 2. Doubling only this for an object would double both its momentum and its KE.
  2. 5. Total mechanical energy is the sum of both the kinetic and __________ energies in a system.
  3. 8. The K in KE stands for this.
  4. 10. The unit for power.
  5. 12. __________ times a distance is work.
  6. 13. To find the KE of an object you multiply 1/2 times mass times this value squared.
  7. 14. The total energy equivalent of a system is __________ so long as no energy enters or leaves the system.
Down
  1. 1. Work is a force times this.
  2. 3. The G in GPE stands for this.
  3. 4. The S in SPE stands for this.
  4. 6. Momentum is an example of this type of value because it is associated with direction.
  5. 7. The rate at which work is done (or energy is expended) is this.
  6. 9. The unit for work or energy.
  7. 11. To find GPE you multiply mass times "g" times this.
  8. 15. Energy is an example of this type of value because it's not associated with direction.