College Chemistry › Effusion
At the same temperature, an unknown gas effuses at a rate that is times that of oxygen. Find the molar mass, in grams per mole, of the unknown gas.
Which of the following is a true statement with regards to the relative effusion rates of oxygen and carbon dioxide?
A sample of Ne(g) effusses through a tiny hole in 60.7 s. An unknown gas, under identical conditions, effusses in 45.6 s.
What is the molar mass of the unknown gas?
Suppose that gas A effuses at a rate that is twice that of gas B. If the mass of gas A is halved and the mass of gas B is doubled, which of the following correctly describes the new relative effusion rates of these two gasses?
Per Graham's law of effusion, how does the molar mass relate to both the rate and time of effusion?