Cis-trans Memes

Posts tagged with Cis-trans

The Spooky Stereochemistry Struggle

The Spooky Stereochemistry Struggle
Chemistry students are literally turning into skeletons trying to remember molecular configurations! The meme brilliantly combines Halloween vibes with stereochemistry - showing a skeleton in different poses representing cis and trans isomers. In chemistry, these terms describe how groups are arranged around a double bond: cis means "same side" (skeleton throwing hands up), while trans means "opposite sides" (skeleton with arms spread apart). Nothing scarier than organic chemistry during spooky season - that exam will have you looking like the specimen you're studying!

Not Even Chemistry Was Safe

Not Even Chemistry Was Safe
The meme shows cis and trans isomers in organic chemistry, but with political commentary. It's a clever wordplay on chemical terminology that's been hijacked by culture wars! In chemistry, "cis" means atoms are on the same side of a double bond, while "trans" means they're on opposite sides. These are just spatial arrangements of molecules that chemists have used since the 1800s. Now the poor dichloroethene molecule can't even exist in peace without someone making it political! Chemistry nerds are silently screaming at their structural formulas being dragged into internet debates.

Dogs Explain Molecular Conformations

Dogs Explain Molecular Conformations
Whoever created this organic chemistry textbook deserves a Nobel Prize in educational illustrations! Using dogs to explain molecular conformations is pure genius. The stable conformation dog stands normally while the unstable one is doing a ridiculous headstand—exactly how molecules behave when they're energetically unfavorable! And those different configurations with backward-facing dog heads? Perfect representation of how cis-trans isomers have different spatial arrangements but can't convert without breaking bonds. Chemistry students everywhere are simultaneously learning and questioning their sanity. Next chapter probably explains reaction mechanisms with cats knocking things off tables.