The k3po4 boiling point has got to be the hottest topic of discussion amongst students in chemistry classes everywhere. The k3po4 is a common reagent in the lab that can be used to make some pretty cool things like phosphoric acid. However, you have to be careful when using this stuff in your labs as it can be corrosive and toxic.
The most interesting part is how the k3po4 can be used to make a molten molecule that boils away at about 10 x a rate of a liquid, but still retains its resemblance to its parent compound. To get the most out of this chemistry laboratory wonder, you’ll need to know some basic physics in order to make the best use of it.
Luckily, there are several online tools that can help you with this task, one of which is this calculator. This one is a dandy, courtesy of the folks at ScienceQuest. The site is very easy to use and the results can be found in a matter of seconds.
The calculator works by taking into account the molality of the solution, which it does by default, and the ebullioscopic or boiling point elevation of the same. This is done by multiplying the molal volume of the solution by the ebullioscopic or boiling point equivident, and then calculating the corresponding change in temperature of the pure solvent. The resulting formula can then be applied to the given molar volume, and the results can be found in the spreadsheet on the right side of the screen.