The same is also true for an endothermic reaction, as in your example.

But I do not know of any endothermic reaction likely to account for such a sensation.

For an endothermic reaction, the datum line would be at the bottom.

Instant cold packs use an endothermic reaction to cool down quickly.

When I increase the temperature of a system in equilibrium, the endothermic reaction is favored.

The test showed that the more plentiful lithium-7 also does so, albeit by an endothermic reaction.

Dissolution of this compound in water is a strongly endothermic reaction.

This is the physical understanding of exothermic and endothermic reactions within solution.

Also, look up endothermic reaction for how to make ice thru chemical reactions.

Is this because the reactants for the endothermic reaction collide with more energy?

If so, what happens in an endothermic reaction?

T-peak is the position where the endothermic reaction occurs at the maximum.

In contrast, in endothermic reactions, heat is consumed from the environment.

Certainly ice can be made through endothermic reactions.

That is not quite a cool burst, but at least it is an actual endothermic reaction.

It is not so much even that; lots of endothermic reactions do not produce gas.

The endothermic reaction is simply the dissolution of the soid in the liquid.

It is the opposite of an endothermic reaction.

So endothermic reactions that can actually occur are often ones that produce gases.

Since endothermic reactions absorb energy this means that energy must be used for the reaction to take place.

Chemical endothermic reactions need heat to be performed.

The terms exothermic and endothermic reactions relate to the enthalpy change of a process.

Thanks Replies: When you add a salt to water and the container feels cold, yes, an endothermic reaction is taking place.

You might want to consult a good chemistry text for an explanation of exothermic and endothermic reactions.

Replies: Ammonium chloride is a reasonably safe choice for an endothermic reaction.