Across
- 2. Formula for kinetic energy (use symbols: 1/2 for half, M for mass, V for velocity; write as ½MV² with no spaces)
- 4. Both kinetic and potential are forms of this type of energy
- 5. Systems with potential energy can exert forces and produce this form of energy as they change
- 9. The S.I. unit of energy (or work)
- 10. Common examples of changes that show energy: temperature, pressure, or this (for potential) / this (for kinetic) – use the one-word term that fits best as "position" here
- 12. The energy an object has because of its position; it can convert to kinetic (two words)
- 13. Energy of motion (two words)
Down
- 1. Pushing with 1 N over 1 m on a 1 kg object uses exactly one of these
- 3. Energy possessed due to motion or position (two words)
- 6. Potential energy is energy due to this (the main factor in gravitational PE)
- 7. Kinetic energy depends on mass and this squared quantity (from the formula)
- 8. Energy measures the ability to cause this in other things (or in themselves)
- 11. Formula for potential energy (three characters, no spaces: use M for mass, G for gravity, H for height)