Credits to all!
BTW, I'm still working on Hückel's Rule + Perfect Numbers Band
Also plus I hope someone would react on my NBB videos, such as simple compliments like "Peak", "Nice", or " 10/10"
Image 1: Hexacyclo[2.1.0.01,3.02,4.02,5.03,5]pentane (Formula: C5)
Image 2: Heptacyclo[2.2.0.01,3.02,5.02,6.03,5.04,6]hexane (Formula: C6)
Image 3: Pentacyclo[4.2.0.02,5.03,8.04,7]octatetraene (Formula: C8)
Image 4: Cyclohexatriyne (Formula: C6)
Physical appearance: Currently unknown, but predicted to be unstable clear liquids
Credits: Open Molecules
Credits: THIS VIDEO
Mistake: I put "much" instead of "many" in the title
Credits: THIS POST
(Not to be confused with the district)
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Also this is my first ever post in this sub
Tobleronitrile is absolutely not a goodie for you!
F2O7 (heptaoxygen difluoride (top) or perfluoryl perfluorate (bottom)) + H2O (water) —> 2HO4F (perfluoric acid)
2HO4F —> F2O7 + H2O
(Image taken from MolView)
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Heptaoxygen difluoride (F–O7–F), perfluoryl perfluorate (O3F–O–FO3), and perfluoric acid (O3F–OH) are probably clear liquids, just like most liquid compounds.
Original photo here
The factorial of i (√-1) is approximately 0.49802 - 0.15495i.
*[See original source]*
The factorial of 28 is 304,888,344,611,713,860,501,504,000,000.
See original source
[See original image source]
This is phosphorine, an aromatic compound, but I noticed that its chemical structure is kinda deformed (not a perfect hexagon, unlike pure benzene). Why?
Get it? It's a 6-simplex but with noble gasses.
It took a while to make the bonds (and atoms) not kill each other.
^(I have spent my entire beach vacation binge-watching numberphile videos on a rental house's tv youtube account so that their youtube rewind will look funny in a few months.)