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God’s creation is great

Why do i see the yellow brighter with my right eye & the blue brighter with the left eye? Can you tell which of my eyes is out of focus? Which one drifts?

But what is happening in a vacuum chamber

More impressed that he got in on camera.

This is why you always want to slow down when you’re airing out your ops front porch, and perhaps even spin the block to be sure.

wait..its a nerf gun shooting nerf balls which weight next to nothing..wouldn't the air from the vehicle moving cause resistance to the nerf ball enough to keep it in place like that as well?

Yeah that's about this morning... sorry Mom🤘🏻💀

when he said it was a hole i laughed

Cool 😎

I got it correct first try Let's go

When I was younger I tried to attach a pool noodle to my snorkeling gear and go under deep in my pool to try and breathe 😂 I’m glad the pool noodle didn’t stay attached so I couldn’t try it

Stay the same. Edit: I was wrong.

Could we do it without blocking the shot next time? I’d like to see the initial reaction.

Actually the bullet hit the car so we can't say the test result is accurate. I would really love to see the result, had that not happened

Believe NOTHING that our "Sheep headers" Taught us 💥

ActionLab Ren

Can you pass electricity through them and measure the resistance of water?

Would’ve been easier to look up the myth busters episode that went over this.

Put At paper Tower & Hold at My Hand Then Extinguished at my own hand.

Imagine this on a larger scale and you will have a better understanding of uap technology. The cosmic microwave background is light too. You just can't witness it. If you develop a material that tachyon can't go through. That material would weigh about as much as planet lol. But because of the resistance of the material. It would technically be weightless do to this exact physics. Now Imagine the material could be changed by electronic means to absorb or reflect on a specific location. Suddenly you can reach speeds unheard of because light becomes its engine

If pointless video was a person

In nature. Light is more like a bubble membrane that stretches till popped by something and it collapses back into a particle

I say its complicated....So pressure is the volume vertical distance. You can have a 5 square and 2 inch deep tank and the pressurein a 1 inch square tub that is 5 feet deep will have more pressure. The liquid in the tall side goes down but the small side goes up the same space. So the pressure in the tall side goes down but small side goes up. That middle section stays the same.

В теории это модет снизить нагрузку на сосуды пож давлением до 2-х раз; жаль, что я не занимаюсь этим, и те, кто занимаются либо, наверное, уже это знают, либо меня они все равно не послушт, если я перед ними свой лоб не расшибу

That, my friend, is *not* a gun.

I got this right but sadly not for the right reason. My reasoning was still off.

Science done by analogy is not science it is persuasion.

I've seen the answer but not the explanation. Is it increasing bc the air goes higher and "inflate ?

Too coolo

a balanced floating balloon WOULD NOT act differently

so, you really didnt have this figured out?

its little known that the drone was invented because of the need to answer this question.

pretty sure they didn't experiment where they put these guys in the vacuum of space or like they were in space and exposed to the rays and they had sex and had kids

I guessed correctly!!! I figured that if you were making a video about it, then the least sensible answer was the correct one

Could you do it on a person next?

I May be wrong and im 99% sure that if im not wrong Then my explanation is wrong. A has higher pressure, the low pressure in B causes Air to really love rushing in to the very back of it, pushing the liquid out of the are and making an Air bubble, the High pressure in A makes the Air want to stay out and all that causing the liquid to be left in.

what happens when you you shoot a real bullet going 45 mph is the bullet now 45 miles an hour slower?

Wind affected the lightweight nerf bullet. Still waiting for him to use a real bullet & drive really, really fast, the other way 😁

I'd like to see your experiments in a total vacumm. Like the air and water in your experiments, perhaps "dark matter" acts in a similar way in space. Very good question, and excellent video!

I mean; The air bubble visibly occupies more space on top = less space for water = higher pressure 😬 Was easy to guess.

I don't quite understand the argument for the pressure to be stable in a closed system, unless the pressure is measured at the absolute bottom or the pressure difference caused by the position of the medium can be neglected (e.g. high pressure air). For example, if we have a light and a heavy brick on top of each other and measure the pressure in the middle, the order of the bricks matters.

copo para heteros!

Forget analogies, just understand the materials involved and how they interact. Then @alexrvolt662 explanation in the comments is golden. 1) The gas is mostly nitrogen molecules (air) and the liquid is mostly water molecules. The pressure of the gas exceeds the vapor pressure of the liquid (standard air pressure or higher, most likely, depending upon how the liquid and gas were introduced before sealing the tube). As such: The liquid cannot significantly contribute its molecules quickly to the gaseous part of the system and the gas cannot contribute its molecules quickly to the liquid part of the system. The specific gravity of the liquid does not change during the experiment. The gas is not carbon dioxide and the liquid is not 90% isopropyl alcohol, for example. 2) The liquid, being close to an ideal fluid is incompressible and follows the rule that Archimedes essentially discovered and that every scuba diver knows very well - its pressure at depth is that at the surface plus the weight of the height of the water column to the surface. The liquid is close to an ideal liquid, as in classical fluid mechanics, and so is not interacting with external electromagnetic fields - it is only interacting externally with gravity. The liquid is occupying a fixed volume in a closed system of fixed volume, (and, again, nearly constant specific gravity). 3) The gas is close to an ideal gas and so follows Boyles law. Its pressure is constant for the same volumes, and from points 1 and 2 we know the gas occupies the same volume in both scenarios and is the same mass of gas. Hence the pressure of the gas at its surface to the liquid is the same under both scenarios. After ploughing through those basic concepts in chemistry, ideal gasses, and ideal liquids, you can easily calculate the pressure at any point in each system. Note that the answer to the question asked does not require knowing the actual pressure of the gas or the specific gravity of the liquid, only the physical properties under play.

Wow !!! I so didn’t expect nor indeed predict the effect once you’d stated the question. Awesome !!!

L'esempio iniziale con le due vasche a forma di L è aperto in alto, per farlo coincidere con l'esempio fatto con il tubo di gomma bisogna rimuovere il tappo superiore.

So the earth doesn't spin at 1000mph lol thx

pew...pew...pew...pew...

You need to hire a military jet and do this for-realsies.

Another way to look at it, when we consider the air pressure to be neutral with the bubble on top: if the air bubble is down, it wants to be "compressed" by the weight of the water above it, so the water is "pulled apart", creating negative pressure similar to capillary forces in trees.

Resident Evil toilet paper