He should have derived the ion product of water via the general equilibrium constant K and then proving that c(H2O) = 1000 g / 18 g*mol-1 = 55.6 mol/l >> c(H3O+) or c(OH-). Thus in diluted solutions the concentration of water remains constant. Then you could say tha Kw = K(look up in tables)*55.6 mol/l = 10-14 mol2/l2.
he scares me.
lalalauren409 8 months ago
I wish he wouldn't pace so much all the time
vk92007 1 year ago
when he says acid i thought he said asses. Until he starts to pronounce the d
bask3tballzXmast3rz 1 year ago
@bask3tballzXmast3rz stay classy
sfsdfsdfsdfsdfff 1 year ago
introducing the hydrogen oxgen and bases in that lecture is so much better then listening to science teacher talk out of the textbook...
life is wierd=)
f1u2c3k4 2 years ago 3
What is the pH value of a 10exp-8 M aqueous HCl solution? ;-)
AmbassadorMolari 2 years ago
He should have derived the ion product of water via the general equilibrium constant K and then proving that c(H2O) = 1000 g / 18 g*mol-1 = 55.6 mol/l >> c(H3O+) or c(OH-). Thus in diluted solutions the concentration of water remains constant. Then you could say tha Kw = K(look up in tables)*55.6 mol/l = 10-14 mol2/l2.
AmbassadorMolari 2 years ago
NaCl(aq.) is nonsense! The proton and the hydroxyl react to water but the sodium chloride remains in solution.
AmbassadorMolari 2 years ago
at 06:35 Didn't he mean dissociates an electron?
kohan69 2 years ago
this helpd sooo much. he's great!! thanks!!
loveloreal 2 years ago
wow they stil use chalk boards? I nver knew that.
Anyways AWESOME POST!
ParapaDrifter 3 years ago 3
Personally, I find it easier to read of a chalk boards than Smartboards and projectors.
damonH24 2 years ago 5
wow this helped alott. thank you so much!!
Islamisthefuture 3 years ago 3
nice
thanks mr goodwill
kwikisilver 3 years ago 2
school makes my head hurt
elfenranger3753 3 years ago
Cool
maxdelbruck 3 years ago