Taking a look at the phase diagram of water
By Cmglee - Own work, CC BY-SA 3.0, https://commons.wikimedia.org/w/index.php?curid=14939155
I see ice phases as much as up to 'Ice XI', but only one 'liquid' and one 'vapor' phase. Why is this? Either there are many ice phases, or two few liquid ph...
To me, there are too many fluid phases. Molecules in a solid are ordered, like soldiers in a formation - no wonder you can arrange them in a multitude of ways. But when there is a complete chaos, when they are moving, bouncing, turning this way and that, never standing still - how come it's possible to have two different manners of doing that? Come to think of it, they are not all that different, because critical point and stuff. But still they are different, and that bothers me. — Ivan Neretin21 mins ago
Well well well, someone can't make up their mind apparently.
I have a master degree in analytical chemistry so I'm not a pupil or uneducated person. I think some solvents which are non-polar can disaolve some degree of fats and at the same time surfactants like CTAB can eliminate other degrees of fats from Paraffin. But I'm not sure and it seems that you don't knwo the exact answer also. — Alir1 hour ago
Use the command daily (only available for owners) to make the bot start posting questions every day, starting when you use the command. Using it again makes him post a new question and resets the timer.
The low energy portion (the part dealing with the $\ce{2s}$ and $\ce{2p}$ electrons) of the photoelectron (PE) spectrum of methane is reproduced below.
(image source)
The reaction being examined is the following one-photon process
$$\ce{CH4 + ~h\nu~ -> [CH4]^{+} + ~e^-}$$
The fact that 2 pea...
Taking a look at the phase diagram of water
By Cmglee - Own work, CC BY-SA 3.0, https://commons.wikimedia.org/w/index.php?curid=14939155
I see ice phases as much as up to 'Ice XI', but only one 'liquid' and one 'vapor' phase. Why is this? Either there are many ice phases, or two few liquid ph...
The low energy portion (the part dealing with the $\ce{2s}$ and $\ce{2p}$ electrons) of the photoelectron (PE) spectrum of methane is reproduced below.
(image source)
The reaction being examined is the following one-photon process
$$\ce{CH4 + ~h\nu~ -> [CH4]^{+} + ~e^-}$$
The fact that 2 pea...
The Periodic Table
The Periodic Table