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OpenStudy (vera_ewing):
@taramgrant0543664
OpenStudy (abb0t):
[OH\(^-\)] = \(\sf \frac{1.0x10^{-14}}{[H^+]}\)
OpenStudy (abb0t):
|dw:1435533550060:dw|
OpenStudy (anonymous):
Hey guys hate to interrupt but do you mind helping me when you are done her @abb0t
OpenStudy (vera_ewing):
I got A is that correct? @taramgrant0543664
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OpenStudy (taramgrant0543664):
yes
OpenStudy (vera_ewing):
Last one @taramgrant0543664
OpenStudy (taramgrant0543664):
Which one do you think is the right one?
OpenStudy (vera_ewing):
C or D
OpenStudy (abb0t):
You gotta choose one. There's no if and "or" answer.
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OpenStudy (vera_ewing):
I'm leaning towards C.
OpenStudy (abb0t):
Really?
When have you ever heard of a H\(_4\)O\(^+\) ion?
OpenStudy (vera_ewing):
Oh wait...
OpenStudy (vera_ewing):
It's B right?
OpenStudy (abb0t):
No.
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OpenStudy (taramgrant0543664):
Which one looks most like how water normally breaks apart?
OpenStudy (abb0t):
Although it is an interesting proposal, H\(\sf _4\)O would be 2+ not 1+
And highly reactive if it were able to form, and readily react with another water molecule.
OpenStudy (abb0t):
Look through your book.
OpenStudy (taramgrant0543664):
H2O ---> H+ and OH- there is one that looks similar to this set up