00:01
The balanced chemical reaction for the hobber process is provided as n2 gas plus 3, h2 gas, produces 2, nh3.
00:18
Typically, we think of these coefficients as molecules or moles of molecules, but if the temperature and the pressure are constant, say at stp, we could also think of them as volume, if they are gases.
00:34
One volume of nitrogen reacts with three volumes of hydrogen to produce two volumes of ammonia.
00:41
So if the volume units are liters, then if we have one, five, eight, three liters of n2, we will be able to produce two liters of nh3 for every one liter of n2, giving us a, 3 ,166 liters of ammonia if all of it reacts.
01:17
And then if we have 4 ,595 liters of h2, we need 3 liters to produce 2 liters of nh3, we would produce 3 ,065 ,000.
01:37
We would produce 3 ,663...