So now that you know the gas laws, you can daisy-chain them into stoichiometry work. It’s all about the moles. Either use stoichiometry to find moles of a...
Category - Gas Laws
You already know, “Whoever smelt it, dealt it.” Now learn the rest.
PV=nRT. There is probably at least one vanity license plate in every state with some version of the Ideal Gas Law on it. You can guess the driver of that car is one...
John Dalton might be best known for his atomic model, but don’t think he didn’t know a thing or two about gases also. Conceptually simple, yet there are a...
Avogadro did a lot of great things. A lot of people know his number (the value of which he didn’t actually come up with) but today we are going to talk about his...
So now that you’ve learned Gay-Lussac’s, Charles’, and Boyle’s Laws… you can forget them. Well, kind of. You still need to conceptually...
Our journey through gas laws continue with Gay-Lussac. The relationship between pressure and temperature is pretty straight forward. If you know it isn’t a smart...
The Gas Laws continue. Charles’ Law deals with the relationship between TEMPERATURE and VOLUME. It’s a direct relationship, meaning the volume will increase...
Gas laws! Though kinetic molecular theory is great at explaining what happens, the mathematical ramifications are left to the laws. We’ll start with Boyle’s...
Pressure continues to astound us. Today we focus on the vapor (gases) coming off of liquids. What does this vapor pressure do? How does it affect boiling points...
Pressure is an interesting topic in itself, but DIFFERENCES in pressure are downright fascinating. Pressurized cabins, straws, lungs, etc. are all great examples of...