Chapter 3_States of Matter

1234567891011121314151617181920212223242526
Across
  1. 2. A state of matter where the molecules are moving the quickest
  2. 3. A process where heat is released into the surroundings. An example is freezing.
  3. 8. when matter changes from a gas to a liquid.
  4. 11. A process where heat is absorbed from the surroundings. An example is vaporization.
  5. 13. dependent on the speed of particles
  6. 16. (true or false) A substance will only start to evaporate when all of its matter reaches the boiling point.
  7. 21. the law that relates pressure and volume
  8. 22. Energy that represents how quickly an object is moving
  9. 24. This doesn’t change during a phase change even though heat may be added or taken away.
  10. 25. The heat of _______________ is the heat required to cause a set amount of solid to melt.
  11. 26. A state of matter that has a definite volume but not a definite shape.
Down
  1. 1. The heat of _______________ is the heat required to cause a set amount of liquid to vaporize
  2. 4. What state is mercury in at room temperature?
  3. 5. the law that relates volume and temperature
  4. 6. caused by collisions of particles
  5. 7. A state of matter that never breaks its intermolecular bonds.
  6. 9. if the number of particles increases then what happens to the pressure?
  7. 10. if the volume of a gas increases, what must happen to the temperature to maintain constant pressure?
  8. 12. (true or false) All matter contains particles that are moving
  9. 14. A __________ change is a reversible physical change happens when matter changes from one state to another.
  10. 15. The same force can provide more pressure if it is applied to a __________ area.
  11. 17. when matter changes directly from a solid to a gas
  12. 18. the law that relates temperature, pressure, and volume.
  13. 19. the space matter takes up.
  14. 20. What is a substance’s pressure if it started at a pressure of 2 atm and a volume of 2 L, and decreased its volume to 0.5 L?
  15. 23. when matter changes directly from a gas to a solid