Derivatives Memes

Posts tagged with Derivatives

Absolute Minima Surrender
Math Science
1 day ago 15.2K views 0 shares
Absolute Minima Surrender
Look at that function throwing its hands up in total surrender! That's what mathematicians call an "absolute minima" - the lowest possible points on a curve where the function basically says "I can't go any lower than this, I give up!" The (0,0) point in the middle is just chilling there like "don't look at me, I'm just the origin of this existential crisis." Every calculus student knows that feeling when you've hit rock bottom and there's nowhere to go but up... literally, according to the derivative! The hands are just *chef's kiss* - even mathematical functions need to express their dramatic flair sometimes.

Watch Me Put A Man On The Moon With It
Physics Math Engineering Science Academia
9 days ago 12.7K views 0 shares
Watch Me Put A Man On The Moon With It
The eternal rivalry between mathematicians and physicists in one perfect frame! Mathematicians, clutching their pearls over the sanctity of calculus: "No, you can't just cancel out derivatives!" Meanwhile, physicists are smugly deriving rocket equations while breaking every mathematical rule in the book. This is basically the scientific equivalent of watching someone solve a Rubik's cube by peeling off the stickers. The mathematician is having a full-on crisis while the physicist is busy getting people to the moon with what mathematicians consider mathematical blasphemy. The Tsiolkovsky rocket equation doesn't care about your mathematical purity! The best part? NASA engineers are nodding along with the physicist while mathematicians everywhere are screaming internally.

The Descent Into Calculus Madness
Math Science
9 days ago 13.5K views 0 shares
The Descent Into Calculus Madness
The math trauma is real with this one! The meme perfectly captures that descent into calculus madness we all experience. Quadratic formula? Simple enough to derive and use. Law of cosines? Still hanging in there. But then L'Hôpital's Rule shows up and suddenly your brain switches to creepy nightmare mode. And don't even get me started on the product rule derivative - that's when you fully embrace the mathematical darkness and start cackling maniacally in the corner of the library at 2AM. Nothing says "I've reached peak math insanity" like trying to remember if it's f'g + fg' or f'g' + fg. The struggle is differentiable.

My Tier List Of Derivative Rules
Math Academia
11 days ago 14.2K views 0 shares
My Tier List Of Derivative Rules
Behold! The sacred hierarchy of calculus suffering! 🧪 The exponential and logarithm rules sitting pretty in S-tier because they're basically showing off—differentiating themselves! Meanwhile, that chain rule in C-tier with its nested functions is the mathematical equivalent of Russian nesting dolls designed by a sadist. And don't get me started on the quotient rule in E-tier... it's the calculus version of "I heard you like fractions so I put fractions in your fractions." Every math student knows the true tier list is based on how many tears were shed per formula!

Roses Are Red, Derivatives Are Blue
Math Science
15 days ago 16.3K views 0 shares
Roses Are Red, Derivatives Are Blue
The most romantic calculus pickup line ever created. Instead of finishing with some cheesy declaration of love, this poetic masterpiece hits you with the product rule for derivatives. Nothing says "I'm interested in you" quite like reminding someone that the derivative of a product isn't just the product of derivatives. Math professors have been using this to unsuccessfully woo potential dates since differential calculus was invented. Pro tip: save this for your Tinder bio if you want to ensure you'll have plenty of time to study alone on Saturday nights.

The Four Horsemen Of Non-Differentiable Functions
Math Academia
17 days ago 16.3K views 0 shares
The Four Horsemen Of Non-Differentiable Functions
Behold! The mathematical apocalypse has arrived! These four graph shapes strike terror into the hearts of calculus students everywhere. Each one represents a point where derivatives throw up their hands and say "I quit!" The sharp corner, the vertical line, the cusp, and that chaotic mess in the bottom right (which looks like my brain after finals week) are all places where differentiation becomes mathematically impossible. Calculus professors use these as torture devices, cackling maniacally while students desperately try to find slopes where none exist. These aren't just curves—they're the villains in every calculus nightmare! Next time someone says math is smooth and predictable, show them these mathematical rebellions!

The Exponential's Kryptonite
Math Science
19 days ago 18.5K views 0 shares
The Exponential's Kryptonite
The ultimate calculus showdown! Our brave exponential function e^x boldly declares "I fear no d/dx" because it's the only function that remains unchanged when differentiated. But then... natural logarithm (ln) enters the chat and suddenly our confident hero is trembling! Why? Because differentiating ln(x) gives 1/x, which transforms our mighty e^x into something completely different. It's like mathematical kryptonite! Even the toughest functions have their weakness!

The Calculus Conspiracy They Don't Want You To Know
Math Conspiracy Physics Science
22 days ago 9.7K views 0 shares
The Calculus Conspiracy They Don't Want You To Know
The calculus conspiracy has finally been exposed! What they're showing is the chain rule for derivatives being simplified by canceling out the "dx" terms like they're fractions - which is mathematically illegal but somehow gives the right answer. It's like cooking meth but for differential equations. Math professors have been screaming "YOU CAN'T CANCEL THE DIFFERENTIALS LIKE THAT!" for centuries while secretly knowing it works anyway. Big Calculus doesn't want you questioning their authority!

Then I Can Just Integrate Their Answer, Everybody Falls For It
Math
26 days ago 7.2K views 0 shares
Then I Can Just Integrate Their Answer, Everybody Falls For It
The ultimate calculus bamboozle! Asking for the derivative (d/dx) of someone's credit card number is pure mathematical trickery. Why? Because if you know the derivative, you can just integrate it to get back the original function (with only a harmless constant off). It's like saying "Don't tell me your password, just tell me your password minus 5" — you're still giving away the goods! The dollar signs in the second panel really drive home that this is basically a mathematician's version of a heist. Sneaky differential equations strike again!

Derivative With Disrespect To Time
Math Academia Physics
28 days ago 5.9K views 0 shares
Derivative With Disrespect To Time
The mathematical notation for a derivative with respect to time is typically written as dx/dt. But this rebellious equation replaces the "d" with middle fingers, turning a standard calculus expression into a hostile function! It's basically how every calculus student feels after their third all-nighter trying to solve differential equations. The rate of change of x with respect to t, but make it aggressively sassy. Pure mathematical insubordination—when your function is telling time itself to go take a hike.

Calculus Confidence Crisis
Math Academia Science
29 days ago 5.0K views 0 shares
Calculus Confidence Crisis
That moment when you confidently tell everyone how "easy" calculus is during study group, but then freeze up during the actual exam! The definition of a derivative looks so simple on paper—just take the limit as h approaches zero—but suddenly your brain decides to take a vacation when you need to apply it. It's like your math neurons pack their bags and leave a note: "Gone fishing, back when the exam is over!" 🧠💨

Calculus Amnesia Millionaire
Math Academia
1 month ago 5.3K views 0 shares
Calculus Amnesia Millionaire
The eternal struggle of calculus students everywhere! That derivative with nested functions looks like Scrooge McDuck's worst nightmare. The chain rule (differentiating composite functions) and remembering the +C for indefinite integrals are the twin villains of every calculus exam. Students would be filthy rich if they got paid for each time they messed these up. The irony is perfect - showing the correct application of both concepts while joking about forgetting them. I've seen students write "+C" in their wedding vows just to make sure they never forget again.