2. 100 400 300 200 500 100 Gay (that French dude) 400 300 200 500 100 Bubble bubble, Boyle ‘n trouble 400 300 200 500 100 400 300 200 500 100 400 300 200 500 Charles in Charge Under Pressure It’s getting hot in here.

3. Column 1, 100 This is the formula to convert between the Kelvin and Celsius temperature scales.

4. Column 1, 200 Convert this temperature to Kelvin: 305 °C

5. Column 1, 300 Describe temperature in terms of molecules according to kinetic molecular theory (KMT).

6. Column 1, 400 This is standard temperature in Kelvin and Celsius.

7. Column1, 500 Gas molecules theoretically stop moving at this temperature.

8. Column 2, 100 Gay-Lussac’s law is this type of relationship.

9. Column 2, 200 These 2 variables need to remain constant to use Gay-Lussac’s law.

10. Column 2, 300 What is the final pressure of a gas at 300K if the gas is originally at a pressure of 700 torr at 122 K?

11. Column 2, 400 The pressure of a gas at 45kPa and 12 o C is lowered to 23kPa. What is the final temperature of the gas?

12. Column 2, 500 Gas at a pressure of 700 mm of Hg and a temperature of 23 o C is heated to a temperature of 49 o C, what is the final pressure?

13. Column 3, 100 These 2 variables must remain constant to use Boyle’s law.

14. Column 3, 200 Boyle’s law is an example of this type of relationship.

15. Column 3, 300 12 mL of gas with a pressure of 2 atm is allowed to expand to 20mL. What is the new pressure?

16. Column 3, 400 A gas has a volume of 60.0 m 3. What volume would the gas occupy if the pressure is doubled?

17. Column 3, 500 A sample of argon gas occupies a volume of 250 mL at 740 mm Hg pressure. At what volume will its pressure be 800 mm Hg?

18. Column 4, 100 What is the formula for pressure?

19. Column 4, 200 Find the pressure an 18 N brick exerts on a surface if the area touching that surface is 0.0051 m 2

20. Column 4, 300 If the contact area an object has with a surface decreases what will happen to the pressure it exerts on that surface?

21. Column 4, 400 List at least 3 different units for pressure.

22. Column 4, 500 In which gas law does pressure remain constant?

23. Column 5, 100 What scale must temperature be in to use this law?

24. Column 5, 200 What is the formula for Charles’ Law?

25. Column 5, 300 Draw a labeled graph that represents Charles’ Law

26. Column 5, 400 What is the final volume of a gas at 300K if the gas originally occupies 320 mL at 25 K?

27. Column 5, 500 A 90 mL sample of hydrogen gas is collected at a temperature of 27 o C; how many milliliters will the hydrogen occupy at 42 o C?