Oil And Water Relationship Goals

The rules of chemistry and physics might get broken occasionally, but try messing with thermodynamics and the universe itself will hunt you down! The first two panels show a calm, collected Mr. Incredible when chemistry and physics laws are broken—because honestly, we've all seen those weird exceptions that make textbooks obsolete. But thermodynamics? Those laws are like cosmic bouncers that don't care about your VIP pass. Energy can neither be created nor destroyed, and entropy always increases... just like my anxiety when someone suggests we can build a perpetual motion machine. The second law of thermodynamics is basically the universe saying "nice try, but everything eventually turns into a hot mess."

The molecular biology drama we didn't know we needed! This meme brilliantly captures the chaotic signaling cascade of MAP kinases (Mitogen-Activated Protein kinases) that seemingly phosphorylate everything in sight before finally reaching their actual target protein. It's basically the cellular equivalent of playing telephone through four people before delivering a simple message. The MAP kinase pathway is notorious for its multi-tiered "kinase kinase kinase kinase" naming convention that drives biology students to tears during exams. The punchline? Despite all that dramatic signaling cascade, the actual target protein is just chilling in the corner, waiting for its turn. Contrary to what some might think, this pathway isn't even involved in protein degradation - it's about signal transduction. The cell biology equivalent of taking the scenic route when Google Maps offered a shortcut.

Poor Mendeleev! Creates a masterpiece organizational system to SAVE students from the elemental chaos, only for chemistry teachers to weaponize it into the ultimate memorization nightmare! The irony would make even noble gases react! The look on his face says it all - that mixture of disappointment and "are you serious right now?" that can only come from watching your brilliant invention become the very thing it swore to destroy. Every student who's ever frantically recited "Hydrogen, Helium, Lithium..." before an exam feels this in their soul!

Noble gases are famous for their chemical aloofness—they simply don't react... except Xenon, the periodic table's rebel. While Helium, Neon, and the gang maintain their dignified isolation, Xenon's out here forming compounds like XeF 4 with fluorine! The other noble gases watching in horror is perfect chemistry drama. It's basically the element version of seeing your straight-edge friend suddenly start doing shots at a party. The shocked expressions capture that "traitor among us" vibe perfectly. Xenon really said "chemical stability is boring" and chose violence.

Chemistry students be like "OMG benzene is so elegant with its perfect hexagonal structure and resonance!" But then benzene shows up in real life and everyone's running for their lives! 😂 That's because benzene is both a fascinating aromatic compound AND a known carcinogen that'll have you evacuating the lab faster than you can say "delocalized electrons." Talk about a toxic relationship! The perfect example of "just because it looks cool on paper doesn't mean you should drink it."

Every chemist's worst nightmare - forgetting to turn on the fume hood while working with pyridine. That distinctive rotten fish smell hits you like a heavyweight champion, and suddenly you're both the scientist AND the experiment. Pyridine is notorious for its unbearable stench that clings to everything including your dignity. Nothing says "I made poor life choices" quite like walking around campus smelling like decomposing marine life for the next three days. Your labmates will remember this transgression longer than they'll remember your name.