Are all neutralization reactions exothermic?

[elasticities]

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...

 

[Borek]

And you are right, base just adds more risks to already wrong situation.

 

[elasticities]

And you are right, base just adds more risks to already wrong situation.

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Why is it better to use water?

 

[Borek]

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.

 

[DeeNos]

Your guess is correct. Not all neutralization reactions are exothermic, but many of them are. When an acid comes into contact with your skin, it can cause a chemical burn, which is a result of the acid's corrosive properties. Neutralizing the acid with a base can release heat and potentially worsen the burn. Flushing the area with water helps to dilute and remove the acid, reducing the risk of further damage. It is important to seek medical attention if a chemical burn occurs.