Asked by Kiki
Hi
What is the netionicequation for NaOBr disolving in watr?
Thanks!
What is the netionicequation for NaOBr disolving in watr?
Thanks!
Answers
Answered by
DrBob222
NaOBr, the salt of a strong base (NaOH) and a weak acid (HOBr), ionizes in water as follows:
NaOBr(s) + H2O ==> NaOH + HBr and the net ionic equation is
OBr^- + HOH ==> HOBr + OH^-
NaOBr(s) + H2O ==> NaOH + HBr and the net ionic equation is
OBr^- + HOH ==> HOBr + OH^-
Answered by
Kiki
thank you
Answered by
Kiki
wait, if you have
"NaOBr(s) + H2O ==> NaOH + HBr and the net ionic equation is
OBr^- + HOH ==> HOBr + OH^- "
why doesn't this:
NaOBr(s) + H2O ==> NaOH + HBr
become this:
Na+ + OBr- + H2O ==> Na+ + OH- + H+ + Br-
which would become
OBr- + H2O ==> OH- + H+ + Br-
Is the (immediate) above equation the net ionic equation??
Thank you
"NaOBr(s) + H2O ==> NaOH + HBr and the net ionic equation is
OBr^- + HOH ==> HOBr + OH^- "
why doesn't this:
NaOBr(s) + H2O ==> NaOH + HBr
become this:
Na+ + OBr- + H2O ==> Na+ + OH- + H+ + Br-
which would become
OBr- + H2O ==> OH- + H+ + Br-
Is the (immediate) above equation the net ionic equation??
Thank you
Answered by
DrBob222
It does; however, you asked for the NET ionic equation and not the ionic equation. If you use the ionic equation and cancel the ion common to both sides (the Na^+), the net ionic equation results.
In addition, I see I made a typo in the molecular equation. It is
NaOBr + HOH ==> NaOH + HOBr
Finally, no, what you wrote in the "immediate above" equation is not correct since it is based on the wrong molecular equation (because of my typo, I assume). I hope this rsponse makes sense.
In addition, I see I made a typo in the molecular equation. It is
NaOBr + HOH ==> NaOH + HOBr
Finally, no, what you wrote in the "immediate above" equation is not correct since it is based on the wrong molecular equation (because of my typo, I assume). I hope this rsponse makes sense.
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