Asked by natash

write the net ionic equation for the unknown titration reaction in this experiment.

KHC8H4O4(aq) + NaOH(aq)----> KNaC8H4O4 + H2O(l)

Answers

Answered by DrBob222
H^+ + OH^- ==>H2O
The important questions is, "Do you understand why this is the net ionic equation?"
Answered by natash
not exactly
Answered by DrBob222
Write the molecular equation. You have done that. Now change that into ions. I will leave the (aq) off each but you understand it is there.
Since KHC8H4O4 is (aq), then it will ionize:
K^+ + HC8H4O4^- + Na^+ OH^- ==> K^+ + Na^+ + C8H4O4^= + H2O

All I have done is to write those materials that are strong electrolytes (100% ionized) as ions and those that are weak elecrolytes (less than 100% ionized) as the molecule. <b>Note that I made an error in the equation I first wrote and didn't catch it until I did the detail work here. So disregard the first response. </b>
Now look to see which materials are common to both sides. K^+ is on both ies so cancel them. Na^+ is so cancel that. Nothing else is so here is what is left.
HC8H4O4^- + OH^- ==> C8H4O4^= + H2O

So what the ionic equation shows is that the hydrogen tartrate ion + the hydroxide ion from the base neutralize each other (H from the hydrogen tartrate ion going with OH from NaOH to form water. I'm glad I redid this or I would have given you the wrong answer.
Answered by Charlie
Dude, That is a freakin HAAAAARRRDDD
guestion. your in colledge right??
Answered by Jiji
Your still wrong because even though kph is aqueous it is a weak acid so it will not completely ionize
There are no AI answers yet. The ability to request AI answers is coming soon!

Related Questions