A sample of neon gas at a pressure of 975 mm Hg and a temperature of 88 °C, occupies a volume of 9.61 liters. If the gas is cooled at constant pressure to a temperature of 46 °C, the volume of the gas sample will be L.

A 3.35 gram sample of an unknown gas is found to occupy a volume of 2.10 L at a pressure of 734 mmHg and a temperature of 54 °C. Assume ideal behavior. The molar mass of the unknown gas is  g/mol.

Calculate the final pressure required to increase the volume of a 5 L sample of gas initially at 1 atm i) by 7 L ii) to 7L

A 3.02 gram sample of an unknown gas is found to occupy a volume of 1.11 L at a pressure of 768 mmHg and a temperature of 53 °C. Assume ideal behavior. The molar mass of the unknown gas is  g/mol.

4. A glass container was initially charged with 2.00 moles of a gas sample at 3.75 atm and 21.7 °C. Some of the gas was released as the temperature was increased to 28.1 °C, so the final pressure in the container was reduced to 0.998 atm. Assume the volume stayed the same. How many moles of the gas sample are present at the end?

A certain mass of nitrogen gas occupies a volume of 8.20 L at a pressure of 1.78 atm. At what pressure will the volume of this sample be 10.58 L? Assume constant temperature and ideal behavior.

If 0.00901 mole of neon gas at a particular temperature and pressure occupies a volume of 242 mL, what volume of 0.00703 mole of neon occupy under the same conditions?

2 liters of an ideal gas are contained at 3.0 atm and 37 °C. How many moles of this gas are present?

A sample of oxygen gas at a pressure of 790 mm Hg and a temperature of 50 °C, occupies a volume of 5.61 liters. If the gas is cooled at constant pressure to a temperature of 0 °C, the volume of the gas sample will be L.

A sample of xenon gas collected at a pressure of 905 mm Hg and a temperature of 288 K has a mass of 184 grams. The volume of the sample is (blank)  L.