so initial Z= 4.1 X 10^-3M and Z final would be approximately 0. X is about 2 times the concentration of Y. I figured this one was simplified and not involving 3 substances though we do have a few derivations with 3 substances, we weren't given enough information to deal with a 3 substance problem.
What i have on the graph is -R/(R∞-R) vs. time.
the other data is straight off the table. i was assuming concentration was inversely proportional to the change in resistance/conductance.
and in that bit you highlighted what i actually was trying to mean was that since the curve wasn't linear...
and thank you. I do appreciate any help and would really like to be able to understand this stuff. It just made so much since in class but when i got down to actually doing the work i realized i was in over my head. If there are any good websites online that don't have the changing...
And resistance is the inverse of concentration. I'm a little fuzzy on how I should actually flip the -(Rt/Rinfinity-Rt) on the left part of the graph given that its technically the inverse. I'm not so good at the math which has really been hurting me because I don't understand a lot of this and...
yes yes that's what i was meaning.
I guess I'm not entirely sure what you are getting at... so time infinity would be the most reacted the reaction will go. So Z would probably be the most reacted since there wasn't much of it to begin with? and there would be more of the other 2 left...
The handout on this one is very unclear and hard to follow. (These handouts aren't all that awesome, they're hand written, not in order, they jump around a lot, and he's kinda in his 80's)
from what i gather on the hand out (a-x)(b-x) but a~b. In this problem I have 3 species so that would be...
X + Y + Z -> A + C+ + B-
Initial Concentrations Z= 4.1 X 10^-3M, X=2.3 X 10^-1M, Y= 1.2 X 10^-1 M.
http://s121.photobucket.com/user/marykaywest420/media/81386cf6-e132-4578-8fb5-1024a2a3f3d5_zpscc804723.jpg.html?sort=3&o=0
3. So my attempt included graphing -R/(R∞-R) vs. time. which produced...