Are All Chemical Reactions Redox Reactions?

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The discussion centers on the relationship between valence electrons and redox reactions. Initially, it is stated that all chemical reactions are influenced by the valence electrons of the atoms involved. However, the definition of redox reactions is clarified as those involving electron transfer or changes in oxidation states. This raises the question of whether all reactions could be classified as redox due to the stability of electron configurations. A participant points out that acid-base reactions are not redox reactions, prompting further inquiry into their occurrence. The explanation highlights that acid-base reactions involve ionic interactions where charged units attract each other, contrasting with the electron transfer seen in redox reactions. This distinction emphasizes the different mechanisms behind various types of chemical reactions.
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I was taught in high school that all reactions are governed by the valence electrons. of the atoms involved.

Then I was taught that the term "redox reaction" applied only to rxns where e- were exchanged, or oxidation numbers were changed.

But the first fact would lead me to believe that all rxns had to be redox. Why else would rxns occur if the electron configurations didn't get to become more stable?

Can anyone think of any rxns that aren't redox?

~Jules~
 
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Acid-base reactions are not redox reactions, as an example.
 
then why do they even happen?
 
Read about chemical bonds. Some units are ions, charged units which fit with each other because of opposite charges attracting. In ionic rearrangement reactions, ions regroup to be associated with other ions. Oxidation-Reduction reactions happen differently. Charges change during the reaction.
 
ooohhh k
 
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