 Okay, so let's try this one now. Calculate the equilibrium constant for the following reaction. Nitrogen gas plus 3-hydrogen gas goes to a volume gas. Okay, so the first thing you want to do is figure out what the equilibrium constant is. So the equilibrium constant is going to be, remember, the products over the reactants. The coefficient here goes as a superscript here. So that's the products NH3 squared. And that's going to be over N2. Notice there's no coefficient, so there's no superscript here. And we're going to multiply that by H2. But since the coefficient's 3 there, we're going to cube H2. Now all we do is take these numbers here and plug them into that expression. So NH3 is going to be 1.8. That's 10 to the power of 4. And again, these ones I wouldn't even put units in because K doesn't have any units. So N2 is 0.071. And then H2, 9.2, that's 10 to the power of negative 3. Okay, so now all we've got to do is plug those numbers into our calculator. 9.2. The equilibrium constant I got is going to be 2 superscripts. So 0.59. So this reaction, because it's less than 1, is going to... I'm just trying to see if I have 0.05. Yeah, I think that's the...