Metric Is 10 X Easier

The organic chemistry student's journey in six painful panels! You start with such hope - all that fancy glassware, pristine reagents, and carefully written synthesis plans. Then reality strikes! Hours of meticulous work only to discover your beautiful reaction has transformed into a mysterious black goop that defies identification. That moment when you realize your precious compound has "tarred" is the chemical equivalent of watching your dreams dissolve faster than sodium in water. Every chemistry student has experienced that soul-crushing moment of staring at their flask thinking, "I've created... nothing useful." The progression from scientific optimism to lying on the floor questioning your life choices is basically Organic Chemistry 101! The truest test isn't understanding reaction mechanisms - it's maintaining your will to live when your synthesis turns to sludge for the fifth time this week!

The perfect intersection of computer science and doodling during class! This crude sketch shows the inner workings of a computer with the ALU (Arithmetic Logic Unit) and CPU labeled as stick figures surrounded by binary numbers (1, 0, 1) and a random "500" thrown in. The caption "i guess we doin bullshit now" perfectly captures that moment when your brain checks out during technical lectures and decides artistic expression is the only escape. It's basically what happens when your processor decides to run the "daydream.exe" program instead of paying attention to buffer overflow vulnerabilities.

The only place where the laws of physics bend to educational convenience! High school teachers apparently decided that 9.81 m/s² was just too messy for teenage brains, while middle school teachers round up to a clean 10 m/s² because decimals are clearly the work of the devil. Meanwhile, college professors are probably using 9.80665 m/s² and muttering "approximations are for the weak." Next thing you know, they'll be teaching that electrons orbit in perfect circles and friction doesn't exist in certain problems because... reasons.

Einstein's rolling in his grave right now! Someone took his revolutionary mass-energy equivalence formula and turned it into a caffeine equation! 😂 The green cup boldly declares that Energy = Milk × Coffee², which is technically accurate for sleep-deprived students everywhere. Poor Einstein's looking absolutely betrayed by this caffeinated corruption of physics. Though let's be honest - without coffee, most physicists wouldn't have enough energy to calculate E=mc² anyway!

Politics might be divisive, but chemical bonds are downright radical . Here we have Pelosi performing the perfect demonstration of homolytic cleavage—taking a stable Cl₂ molecule and ripping it into two chlorine radicals, each with their own unpaired electron. Just like in chemistry, what was once a stable covalent bond is now two highly reactive entities ready to attack anything in their path. Those chlorine radicals will steal electrons faster than politicians make campaign promises. Chemistry doesn't care about your political party, but it does care about achieving a full octet.

This mathematical masterpiece perfectly captures what inverse functions do! In the top panel, we see f(x) where a woman is pointing at a confused cat. But in the bottom panel, f⁻¹(x) flips the script - now the cat is pointing back! That's exactly how inverse functions work in math - they reverse the relationship! If f(x) takes you from x to y, then f⁻¹(x) takes you from y back to x. It's like mathematical revenge! The cat finally gets to do the pointing! Next time your calculus professor tries explaining inverse functions, just show them this and save yourself an hour of class time!