Across
- 3. Energy / Energy that comes from the random movement of particles of matter.
- 4. Energy / This is a type of potential energy that is stored in molecules. One example is fat on a human body.
- 8. Variable / This is what the scientist measures. It depends on the how the independent variable is changed.
- 11. Energy / The energy of vibrating particles of matter. This energy moves in waves.
- 14. Energy / The basic unit of this energy is a photon. This is also known as radiant energy.
- 15. Energy / This energy comes from the movement of electrons through a conductor
- 16. Energy / One of the main categories of energy. This is energy of motion.
- 19. Variable / These must be kept the same in an experiment because they can affect the results. There can be many.
Down
- 1. / Scientists use these to analyze their data and present findings in an easy-to-understand way. There are many types.
- 2. Question / The scientist answers this using an experimental procedure.
- 5. Variable / The only thing a scientist changes in an experiment
- 6. Energy / One of the main categories of energy. This is stored energy.
- 7. / This is a numbered list of steps that is used to conduct an experiment.
- 9. / This is an educated guess using research or prior knowledge.
- 10. / Scientists write this to present their findings and communicate their results.
- 12. Table / Scientists use this to organize their measurements and observations in an experiment.
- 13. Energy / This is the only type of energy that can be both potential and kinetic.
- 17. Energy / This is a type of potential energy that is stored in the nucleus of an atom. There are two ways it is released: fission and fusion.
- 18. / The ability to do work