but why should they? It's really pricey in terms of performance, and using accurate physics outside of cutscenes is unnecessary. Colouring the side of the bottle that is pointed downwards can still seem good enough, while being fast.
As a tec suport guy, They keep It on weirder Newton Laws, If the air outside get stronger than the hair inside it, then it do spill. If they move it, the air outside get stronger then the air inside It, só... a little bubble and the air inside it get weaker
As you can see there's some red liquid on the bottom of the shelf as well as the edge. The resoning for this is quite simple. You can obviously tell that there's a clear plastic strip that goes along the shelf over the holes. This causes the liquid to not spill. But as i already said some liquid already spilled when they were doing this causing the illusion that its not falling trough the holes. And you can also see that the bottle is not full, therefore confirming that the liquid spilled during the process.
When a bottle cap is placed upside down, surface tension keeps the water from spilling by holding the water's shape within the cap, as long as it's on a flat, stable surface and the water level is below the cap's rim.
the holes are just small enough for the liquid not to fall out. its like in eyedrops when you take off the cap, you still have to push to make the water come out
Nah, it's just that air ain't able to fit thru those holes, therefore it can't break surface tension and the water won't spill (I prolly explained it wrong, but there are lots of magic tricks using this type of trick)
@Aarush Kumar The point is they don't want to figure out how to get the bottle without it falling. It's not like they just walk around saying they dont want to go do their job.
@creativeusername3408 The surface tension only needs to keep the surface together so air doesn't get in. You can in fact hold and open bottle upside down if you keep it exactly level.
@@RegebroRepairs air doesn’t get in due to air pressure, it gets in due to the displacement of liquid which happens from the force of gravity. That is a large bottle with a heavy amount of liquid. The pressure created from the weight of the liquid would force the liquid out and air in at a much higher force than surface tension. Also think of the practicality. If you’re flipping over a bottle then it is already poring out before you start. There would be no surface tension as the water is already flowing. The only possible answer is that there is plastic covering the opening
@@RegebroRepairs The fact that the holes are small directly counter your point. Small holes means even GREATER force being applied over a smaller surface area. Instead of feeling smart, go and try it. It’s impossible. There is plastic over the entrance. The end.
Hello, IT. Have you tried turning it off and on again? Your welcome Hello, IT. Have you tried turning it off and on again? Your welcome Hello, IT. Have you tried turning it off and on again? Your welcome Hello, IT. Have you tried turning it off and on again? Your welcome
2 reasons. Surface tension and air pressure. Liquid doesn’t all become there’s no air to replace it in the bottle, and air can’t get in through the bottom because the holes are too small for the gravity to cause surface tension to break
As a dollar tree employee, I can confirm that corporate decided it was too expensive to use euclidean geometry in the construction of our shelving so we used designs from M.C. Escher instead.
As a mechanical engineering student, I can attest that this is indeed the work of the $1.50 galdrabók, considered to be heresy by the original order of the 100 cents.
@@Dark_Vekx probably because if she moves it, it's going to spill. but then again, if they were smart enough they'll put a container under it to contain the liquid. I can see why someone would start off by being mad before assessing the situation
It's one of two things: Either the surface tension is keeping itself from spilling like with that one paper and glass of water trick or the devs didn't model out the lack of collision for the shelf's holes.
Its not surface tension. Who would go out of their way to use that trick. Just stock it regularly. Surface tension is strong but its only strong enough if you slowly release paper from it
I believe it's the surface tension as well. If they were careful enough, they could flip it and put it on something like that without it breaking. The contact is probably the whole point they did that in the first place as well. When they go to remove it, it will most likely spill.
What if I come back with a bucket, while the excess with a wet towel, disinfect with whipes, and than dump it all in the dumpster outback and rinse off the bucket after before returning to my normal duties? There am I hired?
***AIR PRESSURE*** Liquid can't escape unless air can enter and take the place of the liquid. It can't leak out without the pressure inside of the bottle changing.
For those who don’t understand, it’s surface pressure. They prolly spent some time trying to get the empty part on the top juuuust right. Or they probably but tape on the hole.
That wrong can you see the toilet paper next to it they put the toilet paper on the lid then fill it over then rip the excess off and a thinn layer stays on that macks it not spill
As a scientist, the surface tension of the hawaiian punch concentrates the gamma energy of the quantum physics into pure matter, which refluxes the gravity particles present in the atoms. This, in turn, pauses the flow of matter throughout the bottle and stops it from dropping.
Surface tension formula is T= F/L. Tension is Force times Length. The holes are small enough to create surface tension that compress the molecules tight enough to support the weight
@@mp3playerrnOf course it would or it will be a mess, she can’t just leave it there cuz she has to clean everything. Or Idk like rearrange the things on the shelves smth smth🤷♀️
There is liquid bc if there wasn’t they would look through the open part and see clear at the end but bc there is reddish orange colour still there, it is full
You really think an employee did that just so they'd have to clean it up later 😂 She's the manager and has to pull it out and hope it doesn't make a huge mess.
Sure, its pressure, there is low pressure from the top that is empty and that makes the height and the acceleration due to gravity equal, canceling out the forces keeping the liquid stagnant
So water tension is a thing. It's like the ability of a liquid to stick together and as the ability of water to stick together is stronger than the force of gravity. It doesn't fall
