Volume Calculation for Ideal Gases 3

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Volume Calculations for Ideal Gases 3

1 / 12

Calculate the volume of gas (in cm3) of 0.0125 mol of gaseous ammonia if the gas is at a temperature of 100oC and a pressure of 202kPa

2 / 12

Calculate the volume of gas (in dm3) of 0.400 mol of neon if the gas is at a temperature of 0oC and a pressure of 50.0kPa

3 / 12

Calculate the volume of gas (in m3) of 0.500 mol of propabne if the gas is at a temperature of 100oC and a pressure of 5.00kPa

4 / 12

Calculate the volume of gas (in cm3) of 0.150 mol of nitrogen if the gas is at a temperature of 750K and a pressure of 150kPa

5 / 12

Calculate the volume of gas (in dm3) of 1.20 mol of sulfur hexafluoride if the gas is at a temperature of 750K and a pressure of 150kPa

6 / 12

Calculate the volume of gas (in m3) of 0.800 mol of hydrogen chloride if the gas is at a temperature of 298K and a pressure of 0.200kPa

7 / 12

Calculate the volume of gas (in cm3) of 0.175 mol of hydrogen if the gas is at a temperature of 527oC and a pressure of 1000000Pa

8 / 12

Calculate the volume of gas (in dm3) of 0.100 mol of neon if the gas is at a temperature of 1727oC and a pressure of 250000Pa

9 / 12

Calculate the volume of gas (in m3) of 0.100 mol of carbon dioxide if the gas is at a temperature of 200oC and a pressure of 150000Pa

10 / 12

Calculate the volume of gas (in cm3) of 0.0125 mol of neon if the gas is at a temperature of 373K and a pressure of 202000Pa

11 / 12

Calculate the volume of gas (in dm3) of 1.40 mol of helium if the gas is at a temperature of 3000K and a pressure of 1000000Pa

12 / 12

Calculate the volume of gas (in m3) of 0.100 mol of hydrogen if the gas is at a temperature of 473K and a pressure of 150000Pa

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