How can I find the milliliters of a base used to titrate an acid if it is not a neutralization reaction?

Question

I know the molarity of each solution and the milliliters of the acid

Answer 1

You know three of the four things needed. Try C1V1=C2V2, or an equality.

m/ml=m/x

Answer 2

A few clarification first. A reaction of any base and any acid is called a neutralization reaction, even if one does not completely 'Neutralize" the other.

So, are you titrating to half-neutralization point? Or, to use up all the acid or what? You need to know your objective.

In any case, the general formula is :

Milliliters of base =
( molarity of acid) (milliliters of acid)
---------------------------------------------
Molarity of base
Sorry, it is hard to write formulas in yahoo page.


This is assuming that your acid has one ionizable hydrogen and your base has only one OH. In all other cases, use the Normality concentration.

Answer 3

just use the equation M1V1 = M2V2. It will be ok even if the reaction does not completely neutralize the solvent.

Answer 4

first of all the equation for the acid-base neutralization reaction is: HCl + NaOH > NaCl + H20. this may well be a touch basic difficulty so i think of you're over questioning it! :) Now you recognize which you start up with .5M of HCl, and .5M of NaOH. .For this equation there is .5 moles of water produced. to help illustrate this i'm going to establish a ratio: .5 moles of NaOH * I mole of Oxygen/a million mole of NaOH = .5 moles of oxygen. meaning that there is .5 moles of oxygen produced in this reaction. understanding this you could evaluate it to a single mole of H20. a million mole of H20 * a million mole of Oxygen/a million mole of H20 = a million mole of oxygen. i know that there is one mole of oxygen in a single mole of H20 because of the fact of its subscripts and coefficients. contained while it comes to hydrogen there are 2 moles of hydrogen in line with mole of water. Does that make experience? The coefficients and subscripts inform you methods many atoms of each element are present day in a compound, and from that expertise you could set up ratios. So in a single mole of water you have one mole of oxygen. So in case you have .5 moles of oxygen, like I calculated interior the 1st equation, you have got .5 moles of H20. i desire this is smart, and sturdy success.