Actually, I think the opposite. There are ways to delay reactions, so this shouldn't be a problem. Maybe it lies on the fact that fast reactions releases/absorbs heat too fast, which results in the increase of heat flow. However, it shouldn't be a problem too, because the termometer in the...
First of all this is a question that I had while reading some concepts of my book, so this isn't a homework question. I have started reading the thermochemistry chapter of my book, and it shows the story of Hess' Law and says that it was created is because a calorimeter can't be used to measure...
Supposing a fast single step reaction, is it possible to calculate its enthalpy variation using a calorimeter or I would need Hess Law to calculate it using other reactions?
My book introduces Thermochemistry with the concept of heat and how a calorimeter works. After that, it explains the story behind Hess Law and says that one of the reasons it was created is because a calorimeter can't calculate fast chemical reactions, but it doesn't really say the problem with...