Recent content by Moose100

Look at the snapshots. I'm not sure what you're asking about that equation but I've tried can u just show it to me now ? I solved the problem days ago asked you about another and you're still asking me to do this. Stop telling me how many times you repeated yourself I've tried everything you...

Same thing for both problems

Just posted sometihng but it as wrong! GRRR! This problem is killing me!:frown::mad: Outside of what I have shown (pO2=0.34-2x) I can't see the other way to solve.

Thank you. I will see about that equation.

OK I am posting the pics of my notes. This text isn't helping me get this across this is for the first problem 16.32 At "part 3"i did use a polynomial calculator. Where one of the roots is x=-0.032. I wanted to make sure that you saw I was heeding your advice. Also the values in the mass...

16.32 was what we did first now I'm talking specifically about 16.33. Just for your clarity.

Well we solved the first problem when the piston was moved in halfway doubling the pressure. THEN I added another question about the same system where they added the same amount of SO3 that was there and left the piston alone. The question then asks what is the conc at equilibrium. I mean I got...

oops! yes products do go there distracted by that stupid glitch!:H:cry:

For aA ↔ cC +dD Ive got some kind of glitch here..geez. K=[A]a/[C]c[D]d If there is an unknown for say A and we know the rest we substitute X(or leave it as A) and solve. Knowing the rest of the values. [A]^a=K/[C]c[D]d Solve algebraically. Also in you most recent post. The second problem...

The mcat

Thank you l. I really want to solve this.

I don't know man you take some genuine questions and say I'm arguing maybe if you answered them the thread wouldn't be so long? It's not like I'm asking directly for an answer. I'm not arguing I'm discussing the problem. I'm not reluctant about anything. But I'm a little puzzled by what you're...

I put that because you were telling me I wasn't explicit enough. That's why I posted that way.

Ok referring to the above info there is another problem that is an extension of this one I am putting it here as promised. I think this is appropriate instead of cluttering with another thread? Please let me know: Problem: Consider the equilibrium described in the previous problem. Instead of...

Ok I see what you mean about it doubling. That language was in reference to another problem that is a continuation of the one we have done over the last few days where it says that we inject the same equilibrium amount of SO3 into the vessel. Effectively doubling the concentration. I took this...