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OpenStudy (anonymous):

Can someone help me please? Link below

OpenStudy (anonymous):

OpenStudy (anonymous):

I will try to help, haven't done this in 2 years, I think you're asked to find the molar ratio relationship of the reaction. To find the amount of Hydronium there will be, you'll need to use the "ICE" process, do you know it?

OpenStudy (anonymous):

Yeah. I'm asked to find the rule. I don't know what that is. @MarcLeclair

OpenStudy (anonymous):

I don't know what the ICE process is, is what i meant to say

OpenStudy (anonymous):

The ice process is when you do titration, hum it's odd you weren't taught that if you do chemistry of solutions... the ice stands for INITIAL, CONCENTRANTION and END

OpenStudy (anonymous):

ahhh forget it , you're just beginning, I'm so sorry I think I went over with what you needed to know. Only thing you need to know for that is, the more acidic your solution is the higher the concentration of hydronium will be :)

OpenStudy (anonymous):

Haha okay. So is that what the rule is?? @MarcLeclair

OpenStudy (anonymous):

humm I can make a rule using logs ( the actual rule) however you aren't there. So try something like ph 1 = 1x10^-14 mole of hydronium and 1x10^0 mole of hydroxide and vice and versa. I don't want to make it too complicated.

OpenStudy (anonymous):

However the question is a bit odd.

OpenStudy (anonymous):

Haha the question is really odd. Thank you! @MarcLeclair

OpenStudy (anonymous):

np hope it will help! Tag me if you have more question wiht other stuff.

OpenStudy (anonymous):

I will. Thank you! :) @MarcLeclair

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