Don’t click the sound🌺😆 #relatable #funny #subscribe #shorts

[MyLittleArsonist]

50 shades of failure goes hard🗣️🗣️🗣️🗣️🗣️🗣️🔥🔥🔥🔥🔥🔥🔥🔥

[AFTØN_EDITZ]

“A couple depressed people, a twink, and a sociopath” 👌🏼😭

[Milliemacinnes]

Oh god I have more than one:

✨Da mushroom cow crew✨

Group :D

Rowan Rae Mara and Millie✌️✌️✌️🔥🔥🔥

They all are very interesting…

[itz_elle]

"Border Hoppers"
"Drakes rejects"
"diddy party"
they all hit pretty dang hard ngl

[xfastssword]

mine is called "The Soviet Re-Union" 👌👌👌😭😭😭

edit: 🧌

[LlamaPostsStuff]

Mine is “8F survivors” because my 8F classes are crazy 💀

[RenSuzuki]

My gc name and group picture changes weekly depending on how devious we feelin, who’s with me on this?

[RainDroopYT]

“High Security Prison - 9 Convicts Wanted for $1, 000, 000, 000, 000” goes hard.. 😭

[MaximusWilkinson-vvhq]

That’s impossible for me because literally every gc I’m in everybody change the name

[GIZMOJUIC]

“Konkey dongs” 🗣️🔥🔥💯
(We’re all dumb as Shi)

[donutproductions]

For me, it used to be “Beyoncé’s Hostages” but got changed 4 months later to “COSTA RICA🇨🇷” and 5 months later got changed to “The Weird School Rats”, it’s been that for approximately 7 months

[M.M-wg]

The "slay biggest Yep! 👍🏻 I'm traumatized too😭✨

[AHGURL]

Mines is “Jeffery Dahmer’s refrigerator” 💀

[Isa_TV.]

Ours is called "pink preppy barbie group" 😭😭😭💅🏻💅🏻💅🏻💅🏻💖💖💖💗💗✨✨✨✨✨

[Eden-xk]

Mine is “the bees 🐝 “ I mean it’s hella iconic😭🤚

[noah_davies]

Im bored so heres a list of them hehe


1."diddy's basement"

2."*FriendName*'s receding hairline"

3."*friends name* lookin like a lama"

4."Gaylord *friends name"

5."jojo siwa be like ' Im EmOoOoO' 😂"

6."hehehehsjmdlclapqdifjj idk why im here"

7."hi"

8."demonic spawn of satins hellcat's hell fireing hell dog type group"

9."yo mooother teach me ma ah bu cu(abc)'s"

10." 'road work ahead'? yeah i sure hope it does"

11."nooo 😢 stoooop i dopped ma bwead😢"

12."hey im a lesbian"(then someone changes it to "i thought you were American then we talked through the name lol)

13."i caHnt(cant) beuhlev(belive) youeve(youve) dun tis(this)!"

[qukka_hn]

mine is called “dysfunctional family” 😭

[MihneaBob]

Nuclear bombs are created through complex processes involving nuclear physics, engineering, and specialized materials. Here's a breakdown of the general principles and key steps involved:
1. Fissile Material Production:
* Fission: Most nuclear bombs rely on nuclear fission, the process of splitting the nuclei of heavy atoms (like uranium-235 or plutonium-239) with neutrons, releasing tremendous amounts of energy.
* Fissile Isotopes: The key is to use isotopes that readily undergo fission when struck by a neutron and, crucially, release more neutrons in the process, sustaining a chain reaction. Uranium-235 and plutonium-239 are the most commonly used fissile materials. Uranium-233 has also been tested.
* Uranium Enrichment: Natural uranium contains mostly uranium-238 (not easily fissionable) and only a small percentage (around 0.7%) of uranium-235. To make a bomb, the concentration of uranium-235 needs to be significantly increased through a process called enrichment. This is a complex and costly process, often using centrifuges to separate the isotopes. Weapons-grade uranium is typically enriched to 90% or more uranium-235.
* Plutonium Production: Plutonium-239 is not found in significant amounts in nature. It is produced artificially in nuclear reactors when uranium-238 absorbs neutrons. The plutonium then needs to be chemically separated from the reactor fuel through a process called reprocessing. Weapons-grade plutonium typically contains over 93% plutonium-239.
2. Bomb Design and Assembly:
The goal of the bomb design is to quickly assemble a "critical mass" of fissile material. A critical mass is the minimum amount of fissile material needed to sustain a chain reaction. When a critical mass is achieved, the neutrons released by one fission event cause more fission events, leading to a rapidly escalating chain reaction and a massive explosion. There are two primary design types for fission weapons:
* Gun-Type Assembly: This simpler design (used in the "Little Boy" bomb dropped on Hiroshima) involves shooting one sub-critical mass of highly enriched uranium into another. When they collide, they form a supercritical mass, initiating the chain reaction. This design is considered less efficient and is generally only suitable for highly enriched uranium.
* Implosion Design: This more complex and efficient design (used in the "Fat Man" bomb dropped on Nagasaki and in most modern nuclear weapons) involves surrounding a sub-critical sphere (or "pit") of plutonium or highly enriched uranium with high explosives. When the explosives detonate, they compress the fissile material rapidly, increasing its density and causing it to become supercritical. This method is necessary for plutonium-based weapons and allows for more compact and powerful bombs.
Key Components in a Fission Bomb:
* Fissile Core: The central component made of highly enriched uranium or plutonium.
* High Explosives: Shaped charges designed to create a powerful, inward- направленный shockwave for implosion.
* Detonators: Precisely timed devices to simultaneously detonate the high explosives.
* Tamper/Reflector: A dense material (like uranium-238 or beryllium) surrounding the core. It helps to:
* Increase inertia: Holding the core together longer to allow more fission to occur.
* Reflect neutrons: Bouncing neutrons back into the core, increasing the efficiency of the chain reaction.
* Initiator: A neutron source that releases neutrons at the optimal moment to start the chain reaction in the supercritical mass.
3. Thermonuclear Weapons (Hydrogen Bombs):
Modern, high-yield nuclear weapons are typically thermonuclear weapons, which utilize a combination of fission and nuclear fusion. These are significantly more powerful than pure fission bombs. A typical design (Teller-Ulam design) involves two stages:
* Primary Stage (Fission Bomb): A fission bomb (either gun-type or implosion) is used as a trigger.
* Secondary Stage (Fusion Fuel): Contains fusion fuel, typically lithium deuteride.
When the primary fission bomb detonates, it releases a massive amount of X-rays. These X-rays are focused onto the secondary stage, causing it to compress and heat to extremely high temperatures. This initiates a fusion reaction, where isotopes of hydrogen (deuterium and tritium, produced from lithium deuteride) fuse together to form helium, releasing even more energy and a large number of neutrons. These high-energy neutrons can then cause fission in non-fissile materials like uranium-238 in the outer casing, further increasing the yield.
In summary, creating a nuclear bomb involves:
* Producing and purifying fissile materials like highly enriched uranium or plutonium-239.
* Designing a bomb mechanism (gun-type or implosion) to rapidly assemble a critical mass of these materials.
* For thermonuclear weapons, using a fission bomb to trigger a much more powerful fusion reaction in a secondary stage.

[Artitude]

Ours is just simply “The 3rd OG 7B”
Yes we were one of the best classes in middle school, gotta make 8B the 3rd OG too (based on how much trouble you make and how much the staff hates your class)

[HaveAGreatDay]

"Bible Constitution Sufferer" goes hard 🗣🗣🗣🗣🔥🔥🔥🔥