The Pool You Shouldn’t Jump Into ⚠️ (@1.80x_)

This is truly the most dangerous pool to swim in.

Credit: @1.80x_ & @0329_minu

#shorts #viral

[NiSiochainGanSaoirse]

As a licensed forklift operator, I can confirm, this is a pool

[blixx]

The pool water is what we scientists call molocule hydrofluxation. The water is heavily electrified killing all the molecules. The molecules move fast when water is hot, and slow when the water is cold. When the water has been shocked by enough current, it kills the molecules so there isn't anything to keep you afloat.
It also removes all the atoms as well, making the water almost like swimming in space. The swimmers aren't sinking. The water is rising upwards due to displacement but the body can't rise with it because buoyancy doesn't exist in a vacuum. I'm really really stoned right now.

[MrJoshuayap]

If you drown in the pool, the pool will be called "Deadpool"

[lucasthehedgehog]

My dumbass was expecting an alligator or crocodile to pop out

[EricMcCotter]

To anyone wondering, its not aerated water, its to demonstrate how dangerous underwater currents are. Theres a machine that makes the water turbulent below the surface. Similiar to trying to swim in aerated water

[Tony-hvwz]

I like how the video explains why it's so dangerous

[cbunch]

I need to be rescued from these videos that don't tell you what's actually happening

[dadudesandstorm]

Narrator: "and then when the 3, 4, 5, and 6th guy jumped.... rescuers knew it was serious" 😆 ahh video

[AcEpIllAraDiaNCe]

If you cant swim. Every Pool is the most dangerous in the world 😂

[OfficiallyFd]

After studying the video for a few minutes and reviewing most of the comments. From my professional opinion i can safely say that no-one knows what is actually happening

[NunoLima]

Undercurrents are sub-surface water flows that move at velocities differing from surface currents, often driven by complex interactions between hydrodynamic and geophysical forces. These currents arise due to a combination of factors, such as the uneven distribution of kinetic energy, pressure gradients, and turbulence in a body of water.

The primary driving mechanism behind undercurrents is the principle of fluid dynamics, particularly influenced by the Navier-Stokes equations, which describe the motion of viscous fluid substances. Undercurrents can be further amplified by:
Shear Forces: Differential flow velocities between layers of water create shear stress, causing instability in the laminar flow and transitioning it to turbulent flow. This turbulence propagates downward, generating unpredictable sub-surface movements.
Density Stratification: Variations in water density caused by temperature (thermocline) or salinity (halocline) gradients can create stratified layers. The denser, cooler water tends to sink, creating subsurface flow that moves independently from the surface layer.
Topographical Features: Submerged structures like rocks, reefs, or abrupt seabed changes can redirect and accelerate water flow. This creates localized regions of convergent flow, often misaligned with the surface current direction.
Wave Propagation and Energy Dissipation: Wave energy, especially in coastal or tidal regions, dissipates unevenly. This energy redistribution causes a downward momentum transfer, fueling undercurrents that are difficult to detect from above.



For a swimmer, these forces manifest as a drag or lateral pull that disrupts their equilibrium. The lack of visual cues about the undercurrent's direction or strength makes it particularly hazardous, as human perception is ill-equipped to account for the hydrodynamic complexities occurring below the surface.

[orignlchris]

For those of u confused, this is because this video confused u

[nathanmartin]

Man i love videos with 0 context of whats happening wasting my time and only being posted for the veiws

[chufo]

Swimers: I can't swim here!😢
Rescuers: I cam do this all day!😂

[phantomkane]

Swimming in a strong current can be dangerous, and even life-threatening, depending on the strength of the current and your swimming abilities. Here's what can happen:
If you try to swim against the current:
* Exhaustion: You'll quickly tire yourself out, even if you're a strong swimmer. Currents can be much stronger than you think, and fighting against them uses up a lot of energy.
* Panic: Realizing you're not making progress or being pulled further away from shore can lead to panic, which impairs your judgment and makes it harder to swim effectively.
* Drowning: If you become too exhausted or panic, you risk drowning.
What to do if you get caught in a strong current:
* Don't panic: Stay calm and try to conserve your energy.
* Don't swim against the current: It's futile and will only tire you out.
* Swim parallel to the shore: Swim sideways out of the current until you no longer feel its pull, then swim back to shore at an angle.
* If you can't swim out of the current: Float or tread water and signal for help. Wave your arms and yell to get the attention of lifeguards or people on the shore.
How to avoid strong currents:
* Swim at beaches with lifeguards: Lifeguards are trained to spot and identify dangerous currents.
* Check beach conditions and warning flags: Pay attention to posted signs and flags indicating water conditions and potential hazards.
* Learn to identify rip currents: Rip currents often look like calm channels of water or areas with different colored water or fewer waves.
* If in doubt, don't go out: If you're unsure about the water conditions, it's best to stay out of the water.
Remember: Even experienced swimmers can be caught off guard by strong currents. It's important to be aware of the dangers and take precautions to stay safe.

[vinegro]

Thanks for totally explaining what exactly is happening in the pool, my god, you are such an analytical person, I understood every single detail thoroughly. Why aren't you some sort of narrator or reporter? In fact, I would love to pay you to talk all day, because just wow, your explanation skills are by far godly.

[speedslw]

As a professional human, I can confirm that is water.

[OscarlPennyRockyCocoa]

I’m stoned reading this!!😂🤣😂
I agree with everything you said. My brain is not in thinking mode at the moment so that is why I agree.😂👍

[xxjazzyxx]

I’m pretty sure TXT went there for that one To Do ep at Caribbean Bay water park.😅 The water is very deep and can be tough to swim in even for most amateurs.

[MADMAN-bgzj]

I have a fisherman uncle in the Philippines who can swim literally in any bodies of water like a damn tuna. I mean he has those fish intincts. Haha 😂 . He Dips in the water noiseless like a pencil and you can almost feel the power of his strokes through the waves underwater. I can’t explain it anyway fishermen are no joke. They laugh in the face of danger.

I always wonder why they are not joining swimming competitions cause they can literally win without an effort and I have seen athletes swim. Their technique and finesse is even better than those of the athletes. 😅