Combustion Memes

Posts tagged with Combustion

The Oxygen Combustion Misconception
Chemistry Science
2 days ago 3.0K views 0 shares
The Oxygen Combustion Misconception
The classic chemistry showdown! On the left side of the bell curve, we've got the blissfully ignorant folks who think "oxygen is flammable." On the right side, we've got the equally misguided geniuses insisting the same thing. Meanwhile, in the middle, the chemistry nerd is having an absolute meltdown because oxygen doesn't burn - it helps OTHER things burn as an oxidizer! It's like watching someone call a matchmaker "the date" instead of the person enabling the date. Chemistry teachers everywhere are quietly sobbing into their periodic table shower curtains right now.

The Explosive Chemistry Of Thermite
Chemistry Materials Science
17 days ago 5.8K views 0 shares
The Explosive Chemistry Of Thermite
The chemistry is undeniable! This meme perfectly captures the irresistible attraction between aluminum and iron oxide (with oxygen as the awkward middleman). When these elements meet, they form thermite—a pyrotechnic composition that burns at a scorching 2500°C and can literally melt through metal. The guy's wandering eye represents aluminum's electron-donating nature, always ready to ditch its current state for that hot oxidation reaction. Chemistry students know this reaction isn't just explosive—it's relationship-ending!

The Shocking Truth About Non-Electric Cars
Engineering Tech
18 days ago 4.3K views 0 shares
The Shocking Truth About Non-Electric Cars
That moment of existential shock when you realize there's no escaping electricity in modern vehicles! Even "non-electric" cars are packed with electronic control units, sensors, batteries, and starters. It's like ordering decaf and finding out it still has caffeine. The cat's wide-eyed expression perfectly captures that "my whole life is a lie" realization that hits engineering students about halfway through their first automotive systems course.

The Blue Flame Betrayal
Chemistry Physics Science
1 month ago 4.2K views 0 shares
The Blue Flame Betrayal
The classic sibling science prank gone wrong! Blue flames actually burn at a higher temperature (2,300-3,000°F) than regular yellow/orange flames (1,800-2,100°F). That innocent "it's cold, touch it!" line is practically a rite of passage in chemistry-curious families. The betrayed look on that cat perfectly captures the moment of realization that methanol or copper salt flames are definitely NOT cold. Siblings: turning each other into unwitting participants in thermal physics experiments since forever!

From Cozy To Creepy: When Chemistry Gets Dark
Chemistry Physics
1 month ago 6.3K views 0 shares
From Cozy To Creepy: When Chemistry Gets Dark
From normal flame to horror movie in 0.5 seconds flat! That's combustion science for you—unpredictable and occasionally terrifying. When your candle suddenly produces that massive, ominous flame, you've just witnessed the perfect combination of oxygen, fuel, and a wick that's clearly plotting against you. Chemistry experiments at home be like: "I'll just light this nice candle" → "I've summoned an ancient fire demon." The transition from Mr. Incredible's confident smile to Michael Myers-level dread perfectly captures that moment when simple thermodynamics decides to remind you who's really in charge.

From Candle To Catastrophe
Physics Science Chemistry
1 month ago 6.1K views 0 shares
From Candle To Catastrophe
The duality of mankind watching a candle flame transform into a mushroom cloud! That moment when innocent combustion suddenly reminds you of nuclear fission - triggering both childlike fascination and existential dread. The transition from "ooh, pretty flame" to "oh no, thermonuclear apocalypse" happens faster than uranium-235 can split an atom. Scientists call this the "Oppenheimer Effect" - when your brain makes the leap from basic oxidation reactions to remembering we've harnessed that same fundamental physics to create civilization-ending weapons. Fun fact: a nuclear explosion releases energy about 10 million times more powerful than the chemical reactions in that candle. Talk about an escalation!

Fire Goes Spherical In Space
Physics Astronomy Science
1 month ago 6.4K views 0 shares
Fire Goes Spherical In Space
Flames in space are basically having an identity crisis! Without gravity pulling hot gases upward, combustion creates a perfect blue sphere instead of that familiar teardrop shape. It's like the flame said "round is my personality now!" The blue color comes from complete combustion since oxygen diffuses evenly around the fuel. Space firefighters would need spherical water buckets! Next experiment: marshmallow roasting in orbit - would give a whole new meaning to "evenly toasted"!

Space Shuttle Engines Are Just Really Large And Really Hot Water Dispensers
Engineering Physics Astronomy Science
1 month ago 11.3K views 0 shares
Space Shuttle Engines Are Just Really Large And Really Hot Water Dispensers
Mind = BLOWN! That moment when your brain short-circuits because the mighty RS-25 engines—capable of launching humans to SPACE—are basically just fancy teakettles! 🚀💦 These engineering marvels burn hydrogen with oxygen to create... wait for it... STEAM! That's right! The same stuff coming out of your morning coffee is what's propelling a 2,000-ton spacecraft into orbit at 17,500 mph. The universe runs on irony and H₂O, my friends! Next time someone asks what powers space travel, just tell them "spicy water" and watch their expression match this meme perfectly!

Who Said Fireworks Are A Waste Of Money?
Chemistry Science Physics
1 month ago 6.4K views 0 shares
Who Said Fireworks Are A Waste Of Money?
Chemistry class just got EXPLOSIVE! 💥 When elements get heated, they don't just sit there—they put on a SHOW! Copper gives us those gorgeous blues, sodium flashes yellow, and barium goes full-on green party mode. But that uranium "firework"? That's straight-up nuclear fission, baby! It's what happens when atoms split and release energy equivalent to millions of chemical reactions at once. Talk about taking "go big or go home" to a whole new level! Next July 4th, maybe stick with the strontium reds and magnesium whites... unless you want your neighborhood celebration to be visible from space!

The Hydrocarbon Horror Show
Chemistry Science Academia
1 month ago 6.7K views 0 shares
The Hydrocarbon Horror Show
The formula C 16 H 3 is a chemistry student's worst nightmare! Normal hydrocarbons have roughly twice as many hydrogens as carbons (like C 8 H 18 in gasoline). This poor car is belching black smoke because with only 3 hydrogen atoms for 16 carbon atoms, it's basically running on 80% pure carbon! That's not fuel—that's a rolling coal factory! The student clearly missed a digit somewhere, and now their theoretical car is having a very real meltdown. Chemistry karma strikes again!

The Unholy Trinity Of Vehicular Emissions
Chemistry Climate Earth-science Engineering
1 month ago 8.8K views 0 shares
The Unholy Trinity Of Vehicular Emissions
The automotive industry's version of a gang threat. When an engine fails to completely combust its fuel, it unleashes the unholy trinity of pollutants: SO x (sulfur oxides), NO x (nitrogen oxides), and CO x (carbon oxides). These chemical thugs don't just hang around street corners—they ascend to the atmosphere, wreaking havoc on our ozone and climate. It's basically a drive-by shooting aimed at the stratosphere. Your car's check engine light isn't a suggestion; it's a hostage negotiation situation.

Spark Of Life Vs Carbon Cemetery
Engineering Physics Materials
2 months ago 6.6K views 0 shares
Spark Of Life Vs Carbon Cemetery
The fundamental difference between a functioning and non-functioning engine, displayed in spark plug form. That pristine top plug with its perfect electrode gap? It's creating the electrical arc needed for combustion. The bottom one looks like it's been excavated from a prehistoric tar pit. Mechanics see this and immediately know someone's been ignoring their check engine light for approximately 30,000 miles. Nothing says "I'll just drive it till it dies" quite like carbon deposits thick enough to qualify as geological formations.