4. Which of the following gas laws relates temperature and volume?
a) Boyle’s Law
b) Charles Law
c) Gay Lussacs Law
5. Which of the following Gas Laws allows you to calculate moles?
a) Boyle’s Law
b) Charles Law
c) Gay Lussacs Law
d) The Ideal Gas Law
6. What happens to the volume of a gas if the pressure is increased?
a) The Volume Increases
b) The Volume Decreases
7. Which gas law relates the pressure and volume of a gas?
a) Boyle’s Law
b) Charles Law
c) Gay Lussacs Law
8. Which of the following is a measurement of pressure?
a) 1 atm
b) 23 Kelvin
c) 46 mL
d) 76 degrees Celsius
9. A gas has a pressure of 167.1 kPa. What is this pressure in atm?
a) 1 atm
b) 16,297 atm
c) 1.65 atm
d) 4.55 atm
10. what is the final pressure when 100.0 mL of gas at 5.00 atm is compressed to 25.0 mL at constant temperature?
a) 1.25 atm
b) 500 atm
c) 10.0 atm
d) 20.0 atm
11. Many cooks use “pressure cookers” to cook foods quicker. The volume remains constant with the initial pressure at 1.00 atm and the temperature is 20.0°C. If the temperature is raised to 60.0°C, what is the new pressure inside the pressure cooker?
a) 0.880 atm
b) 1.00 atm
c) 1.14 atm
d) 3.00 atm
12. A 1.00 L Flask contains 5.00 moles of a gas at 300 Kelvin. What is the pressure of the gas? (R= 0.0821)
a) 123 atm
b) 11.1 atm
c) 300 atm
d) 101.3 atm