Moles & Gases Random Retrieval

5

Moles & Gases Random Retrieval

This quiz contains all the questions in the Moles & Gases section. The website will pick 10 questions at random.

1 / 10

Calculate the volume of gas (in dm3) of 1.40 mol of sulfur hexafluoride if the gas is at a temperature of 3000K and a pressure of 1000kPa

2 / 10

Calculate the temperature of a sample of oxygen (in K) if 10.0 mol of oxygen has a volume of 100dm3 and is at a pressure of 200000Pa

3 / 10

Calculate the temperature of a sample of water vapour (in K) if 0.180 mol of water vapour has a volume of 3000cm3 and is at a pressure of 250kPa

4 / 10

Calculate the temperature of a sample of neon (in K) if 2.00 mol of neon has a volume of 24.00dm3 and is at a pressure of 50000Pa

5 / 10

Calculate the number of moles of gas present at r.t.p in 800 cm3 of propane.

6 / 10

Calculate the number of moles of gas present at r.t.p in 900 cm3 of sulfur hexafluoride.

7 / 10

Calculate the number of moles of gas present at r.t.p in 1.00 m3 of neon

8 / 10

Calculate the number of moles of gas present at r.t.p in 12.0 m3 of hydrogen.

9 / 10

Calculate the number of moles of gas present at r.t.p in 1200 cm3 of oxygen.

10 / 10

0.191g of volatile liquid was vaporised and the gas collected. The volume of gas was recorded as 145 cm3 at a temperature of 114oC and a pressure of 92kPa

Determine the relative formula mass of the chemical.

 

Your score is

0%