Are all neutralization reactions exothermic?

AI Thread Summary
Neutralization reactions are typically exothermic, which means they release heat that can exacerbate burns when acid comes into contact with skin. Flushing the area with water is preferred because it dilutes the acid and cools the affected area without introducing additional risks associated with using a base. Adding a base could lead to further reactions and potential burns if too much is applied. Therefore, water is the safest and most effective method for treating acid burns. Proper first aid is crucial in such situations to minimize harm.
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Homework Statement


When acid gets on your skin, why must you flush the area with plenty of water rather than neutralizing with a base?


Homework Equations





The Attempt at a Solution


I'm guessing it's because neutralization reactions are exothermic so heat could be released, thus causing a burn...
 
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And you are right, base just adds more risks to already wrong situation.
 
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You have already answered the question (at least partially) in your very first post.

There is more - think what will happen if you add too much base.
 
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