Molar Volume WorksheetWrite your answers on a separate sheet of paper!

At standard temperature and pressure, 1 mole of any gas occupies 22.4 Liters. (Note: STP is273.15 K and 1 atm). Use this molar volume conversion to convert between the moles of gasand its volume at STP:

1 mol OR 22.4 L22.4 L 1 mol

Questions:1. What are the conditions defined at STP?

a)b)

Solve for the following at STP:2. What is the volume of 5 moles of hydrogen gas?3. How many moles are in 75.6 L of sulfur dioxide, SO2?4. If you have 11,200 mL of argon, how many moles do you have?5. How many moles of nitrogen gas are present if you have 90 L?6. Calculate the volume in liters of oxygen gas if the sample has a mass of 2.67 grams. (Hint: convert grams to moles with molar mass, then use the molar volume conversion!)7. Calculate the volume in mL of 101 g of neon gas.8. What is the volume of a mixture of 50 grams of nitrogen and 5 grams of oxygen?

Molar Volume WorksheetWrite your answers on a separate sheet of paper!

At standard temperature and pressure, 1 mole of any gas occupies 22.4 Liters. (Note: STP is273.15 K and 1 atm). Use this molar volume conversion to convert between the moles of gasand its volume at STP:

1 mol OR 22.4 L22.4 L 1 mol

Questions:1. What are the conditions defined at STP?

a)b)

Solve for the following at STP:2. What is the volume of 5 moles of hydrogen gas?3. How many moles are in 75.6 L of sulfur dioxide, SO2?4. If you have 11,200 mL of argon, how many moles do you have?5. How many moles of nitrogen gas are present if you have 90 L?6. Calculate the volume in liters of oxygen gas if the sample has a mass of 2.67 grams. (Hint: convert grams to moles with molar mass, then use the molar volume conversion!)7. Calculate the volume in mL of 101 g of neon gas.8. What is the volume of a mixture of 50 grams of nitrogen and 5 grams of oxygen?