Gas Laws (no spaces)

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Across
  1. 2. An example of ____'s Law was measuring the balloon in ice water.
  2. 3. state of matter where the particles are close and free to move around each other
  3. 5. if the number of particles in a balloon is thirded, what happens to the volume
  4. 8. if the temperature of a gas is doubled and the pressure remains constant, what happens to the volume?
  5. 9. the force gas particles exert when they hit the walls of their container
  6. 10. This scale is based directly on molecular motion, with 0 K equal to –273 °C
  7. 12. one of these is the same as 760 mmHg or 101.3 kPa or 14.7 psi
  8. 13. state of matter where the particles are fast and far apart
  9. 14. (PV)/(RT)= ?
  10. 16. measured in L
  11. 17. a temperature scale designed around what feels hot or cold to a human
  12. 18. his law summarizes the relationship between pressure and volume of a gas
  13. 20. measured in mL
  14. 23. 1 atm and 0 ºC
  15. 24. an increase in the independent variable will cause the dependent variable to increase at the same rate
  16. 26. To convert mmHg to atm, you _____ by 760.
  17. 27. his law states the relationship between the temperature and volume of a gas
  18. 31. changes in response to the independent variable
  19. 34. is an equation relating P, V, R, n, and T
Down
  1. 1. R
  2. 2. a temperature scale designed around the boiling point and freezing point of water
  3. 3. At lower pressures, the boiling point of liquids is ___.
  4. 4. controlled by the experimenter and are manipulated to see what effect they might have on the dependent variable
  5. 6. an increase in the independent variable will cause the dependent variable to decrease at the same rate
  6. 7. 22.4L at STP
  7. 11. Boyle's and Charles's and Gay-Lussac's laws, together
  8. 15. the average Kinetic Energy (movement) of a sample
  9. 19. state of matter where the particles are in fixed positions, but can vibrate in place
  10. 21. An example of ____'s Law was squishing the marshmallow in a closed syringe
  11. 22. An example of ____'s Law would be inflating a balloon.
  12. 25. if the volume of a gas is thirded and the temperature stays constant, what happens to the volume?
  13. 28. the amount or number of particles
  14. 29. To convert Celsius to Kelvin, you ___ 273.
  15. 30. his law states the relationship between volume and the amount of gas
  16. 32. measures the pressure of the atmosphere
  17. 33. if the pressure of a gas is halved but the volume remains constant, what happens to the temperature?