@notkam64: 💀✌️💀✌️💀😂😂😂🫩✌️✌️ #organicchemistry #funny #school #college

☆ミＳＴＡＲ☆ミ :

"What the fuck is that"

vinisman :

imagine seeing this on the first day of organic chemistry 😭🙏

Mylo k. :

Happened yesterday bro. your getting a little too accurate for my liking. 🙏🙏🙏

ImNed :

mole? 6.02x10²³?

siofra :

as a chemical eng graduate, org chem was light work, but the day i step foot in my fluid dynamics class and saw the navier stokes equation… thats when i realised there were levels to this shit

Casio ꑭ :

Yeah whatever bro 🥀✌

greaseball :

organic chemistry lowk the best topic

Kayden-Break :

le org class:

omar_frl :

“Yo bro check out this liquid “

kaydenene🌈🍭/⚡️⛩️ :

the "what the fuck is that" became a vocal stim for me💔

CHEEZE-EDITZ :

Cgr :

The downfall is starting 🙏😭

sashell🦇 :

fih :

you forgot memorizing every reaction on how to make every molecule

AM :

1000 mistakes :

zooz_mason :

What the fuck is that!!!!🌹🌹🌹❤️‍🩹❤️‍🩹❤️‍🩹🔥🔥🔥

A🎭Jello :

Migz🧑🏻‍🦳💎🗡️ :

NEVER step foot into a biochem lecture😭💔

SerialdesignationL :

“and demonstrate the combustion properties of alkanes.” Alright bet: Alkanes, a fundamental class of hydrocarbons, are characterized by their saturated carbon chains, meaning each carbon atom is bonded to the maximum possible number of hydrogen atoms. This structural simplicity lends itself to a predictable and important chemical property: combustion. The combustion of alkanes is a highly exothermic process, releasing significant amounts of energy, making them a vital source of fuel for various applications, from domestic heating to powering internal combustion engines. Understanding the combustion properties of alkanes involves examining the stoichiometry of the reaction, the factors influencing their burning characteristics, and the products formed. The general equation for the complete combustion of an alkane is: CnH2n+2 + (3n+1)/2 O2 → n CO2 + (n+1) H2O + Energy This equation illustrates that in the presence of sufficient oxygen, alkanes react to produce carbon dioxide and water. The number of moles of oxygen required and the moles of carbon dioxide and water produced are directly proportional to the number of carbon atoms (n) in the alkane chain. For instance, the combustion of methane (CH4, n=1) requires 2 moles of oxygen to produce 1 mole of carbon dioxide and 2 moles of water. The combustion of ethane (C2H6, n=2) requires 3.5 moles of oxygen to yield 2 moles of carbon dioxide and 3 moles of water. The energy released during this process is a direct consequence of the formation of strong carbon-oxygen and hydrogen-oxygen bonds, which are more stable than the carbon-carbon and carbon-hydrogen bonds present in the alkane. The ease with which an alkane undergoes combustion is related to its chain length and branching. Shorter-chain alkanes, such as methane and ethane, are gases at room temperature and are highly flammable. They ignite easily and burn with a clean, almost invisible flame. As the alkane chain length increases, the boiling point of the compound rises, and they transition from gases to liquids and then to solids. Longer-chain alkanes, like those found in kerosene and diesel fuel, require higher temperatures to ignite and often burn with a mor

Kenny. :

crabvagyok_xd01 :

Cant hear Ochem over everything> benzole:

Tip tickler :

Invested at 0 btw✌🫩

🐝Aubrey B🐝 :

First day of ochem my Professor says Hi this is my FIRST TIME TEACHING in the UNITED STATES💀💀

C+R :

“What the fuck is that” is so funny