Dissociation vs. Ionization: What's the Difference in Acids and Bases?

AI Thread Summary
The discussion centers on the terminology used to describe the behavior of acids and bases in water, specifically the distinction between "dissociation" and "ionization." It highlights that in the Arrhenius theory of acids and bases, acids are often described as dissociating while bases are described as ionizing. However, participants note that both processes result in the formation of ions. The terms "dissociation" and "ionization" are frequently used interchangeably in this context, lacking strict definitions. An example is provided where ionization is more applicable to ammonia (NH3) since it reacts with water to produce ions rather than dissociating in the traditional sense, as seen with acetic acid. Overall, the conversation emphasizes the fluidity of these terms in chemical discussions.
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Why we always say that acid dissociates in water while bases ionizes in water
knowing that both gives ions?
What is the difference between dissociation and ionization in this field?
 
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Any Help said:
Why we always say

I have not noticed.
 
One site is not a proof that "we ALWAYS say" something.

As far as I am aware in this context "dissociation" and "ionization" are often used interchangeably, and neither has a distinct meaning.

To some extent it makes a bit more sense to speak about ionization of NH3 than about dissociation, as it reacts with water producing ion but doesn't dissociate per se (as opposed to the acetic acid for example). But there is no rigor in using these terms.
 
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