00:01
Here we have the dissociation of a generic acid h .a.
00:07
H .a.
00:07
Aqueous is going to react with water, and in the process, donate a hydrogen ion.
00:17
An equilibrium will be established, and we will create the hydronium ion, and the conjugate base, a -minus.
00:34
The larger the k -a -value, the more this reaction goes to the right, and the greater the ionization.
00:48
So the first statement says the lower the value of the ionization constant, the higher the concentration of h3o plus, which would be false because it wouldn't go to the right as much if we had a lower value of the ionization constant.
01:05
The greater the value of the ionization constant, the lower the concentration of h3o plus.
01:14
That's just the double negative of the previous one, so if the first one wasn't true, the second one's not true.
01:20
The third statement, the greater the value of the ionization constant, greater k -a, the higher the concentration of the hydronium ion, and the stronger the acid...