Across
- 4. Liquids have _____ kinetic energy than solids
- 6. Evaporation and boiling are two forms of this phase change
- 8. Gases can be compressed quite easily because there is a lot of free ____ between the molecules
- 10. Adjective meaning the same thing as "distinct" or "known;" used when we talk about volume and shape of matter
- 14. When molecules gain or lose electrons, thereby becoming electrically charged, we say that the molecules are ____ (hint...plasma)
- 15. When heat energy is removed from a gas and the gas is converted to a liquid, this phase change has occurred
- 16. Both the shape and volume of a gas can be described as ____.
- 17. Molecules in a solid are ___ packed
- 20. Liquids and gases can ____ easily, but solids cannot because their molecules are in fixed positions.
- 21. A naturally occurring plasma that we see on Earth during thunderstorms
- 22. Transition of solid directly to a gas
- 23. Matter can be changed from one state to another by adding or removing energy and/or ____
Down
- 1. When molecules at the surface ONLY of a liquid transform into a gas, this type of vaporization has occurred
- 2. During a phase change, the ___ of a substance does not change
- 3. The state of matter that is described as an electrically-charged
- 5. Able to be squeezed together
- 7. A pure substance's freezing point temperature is the same as its _____ temperature (hint...two words)
- 9. The particular state of matter of a substance depends on the ____ of molecules in a substance, in addition to the distance between molecules and the amount of energy they have
- 11. Energy of motion
- 12. Liquids have ___ kinetic energy than gases
- 13. The letter "A" in SATP stands for this word that refers to surroundings
- 14. Adjective that describes something that is not clearly defined; used when we talk about volume and shape of matter
- 17. If you subtract 5 degrees from the temperature at SATP, you end up with this number
- 18. The phase of matter that has an indefinite volume and an indefinite shape
- 19. Matter in this form has a definite volume, but its shape depends upon the container in which you put it
