Use PV = nRT, substitute the values and solve for n = number of mols.
Then write the equation and balance it, plug in the number of mols N2 needed, and use stoichiometry to calculate the quantity of NaN3. If you need help with some of this post the work as far as you can work the problem, then explain in detail what you don't understand about the next step.
Let's say that you are asked to design an airbag for a car. You know that the bag should be filled with gas with a pressure higher than atmospheric pressure, say 828 mmHg at a temperature of 22.0 C . THe bag has a volume of 45.51. What quantity of sodium azide should be used to generate the required quantity of gas?
2 answers
imkm 678890