Gen Chem!

This forum made possible through the generous support of SDN members, donors, and sponsors. Thank you.

sshah92

Full Member
10+ Year Member
Joined
Apr 25, 2011
Messages
91
Reaction score
9
If 99% of the H+ ions in a solution of pH 1.3 were neutralized, what would be the final pH?

Eh?

Members don't see this ad.
 
If 99% of the H+ ions in a solution of pH 1.3 were neutralized, what would be the final pH?

Eh?

1) What is the concentration of H+ ions in a solution of pH 1.3?
2) Now take .01 (1%) of that since the other 99% are neutralized
3) Convert back to pH

Confusing terminology but you should be able to do the above! Post if you need more help.
 
Thank you! For some reason I blanked on converting pHs to concentrations but this was actually rather simple haha
 
Last edited:
If 99% of the H+ ions in a solution of pH 1.3 were neutralized, what would be the final pH?

Eh?

If 99% of an acidic solution's hydronium ions were neutralized, it means that it went from a 100% to 1% hydronium ions, in other word, the amount of hydronium ions is decreased by a factor of 100 (10^(-2)). Since pH is -log[H+], the pH is changed by 2 (-log(10^(-2))= 2). The pH will go up by 2.
 
Top