pressure in the area between the gray lines is the same

[spoiler]the right[/spoiler]

the rocks are the same density, did i get it right?

They won't take off. No treadmill.

>looking for the thread on sci

Engineering student here, i.e. actually competent and not on sci.

The pressure is the same.

No, there's only ten millimeters of water, it's not heavy enough to put enough pressure on it as the other one.

Why would depth matter? If you stacked a pillar of water molecules 10m high would it magically still amount to the same pressure as the one on the left? Of course not.

More water = more pressure
Left one has more pressure

>>20519346
Fucking this

>>20519327
right bra, right...

Jesus fucking christ people...
Look up Hydrostatic Paradoxon.
It's the same!

Normally one would assume that the one with more water would be the one with higher pressure, but the fact that the question exists in the first place makes for the conclusion that the implied answer is the correct one, aka. "Yes, the pressure is the same".

Since the rocks are the same size and there are (presumably) no extra forces, it would be the same. If one person pushes a car at 1m/s or fifty people push a car at 1m/s, the car is moving at 1m/s.

The left one has more pressure. 50% of /g/ confirmed for never diving in a swimming pool.

>>20519327

>actually competent
>the pressure is the same

more pressure is being exerted on the left ball

More importantly, how did that object get down that tube.

>>20519271
eeew, someone pooped in your experiment

>>20519386
>anywhere outside of basement

>>20519344
Gravity, yo.

The math would suggest it's the same. But the math is wrong. l2 advanced fluids.

HOW THE FUCK DID THEY GET THAT ROCK DOWN THE TINY TUBE

The pressure is the same.

google Hydrostatic Pressure at a Point

>>20519437
they built the tube around the rock

>>>/b/

Seeing as the right one is deeper, the pressure is greater on the right

Provided that they're at the same altitude the pressure will be the same.

well we know for a fact that the deeper you go down in the ocean, the more pressure is exerted on you.

so i' m going to answer the left, because more water is pressing down

>>20519449
I was about to draw something like this, you saved me some time.

THREAD OVER.

>>20519473
But then again

This
>>20519461

This is getting interesting

>>20519461
>so i' m going to answer the left, because more water is pressing down
Not only did you fall for it, you fell for it in the most retarded way possible.

>>20519473
no problemo

F=ma, P=F/A
F1=1000kg*9.81
F2=.01kg*9.81

1mL=1cm^3, 10mL=10cm^3, 10cm^3/1000cm means the thin one has a cross sectional area of .01cm^2

similarly the large one is 1000cm^2 cross sectionally.

so Plarge=(1000kg*9.81)/.1m^2
and Psmall=(.01kg*9.81)/(0.000001m^2)

happy?

>>20519449
How can I answer OP's question without knowing the the r of the circle?

alright guys... what about this, what if I take a fuck ton of water and FOCUS IT LIKE A MAGNIFYING GLASS ONTO THAT ROCK, FUCK YEAH!

pressure = force * area
force = mass * gravity

more mass on left -> more force -> more pressure

(on a side note this is a similar principle to hydraulics)

You guys need to go through a basic physics course. Take a look at this illustration I made. It should aid you.

ITT high school physics

>>20519461
If you're, say, 1km below the ocean's surface, or 1km deep in a 1m-diameter tube of water at the same altitude, the pressure will be the same. It has nothing to do with the 'amount of water pushing down on you'.

>>20519499
explain it then

>>20519511
...you mean the ρ? I think we can safely assume it's the same object with the same density.

>>20519511
calculate it yourself, you know the volume

>that feel when you remember an example from high school that said if you connected a very tiny but lengthy tube on top of a barrel and filled it with water it'd be enough to increase the pressure so much that the barrel would burst

It was something amazing so of course I'd remember that.

>>20519539
see:
>>20519449

>>20519509
fucking this.

and for retards out there those equal the same thing.

look at the point, where that lower gray line is.

the tiny bit of pressure exerted by the smaller tube, call it 1 square inch, call it 1 unit of pressure...

that gets divided by the larger surface area of the lower larger cylinder, less pressure at the top of the lower cylinder.

larger one on the left doesn't have that problem.
end of discussion

__troll line.jpg___

>>20519560
...I feel like an idiot now..

>>20519437
This.

force = pressure * area

The pressure would be the same, but the area of the left cylinder is larger and would exert more force on the object.

So if we replace the rock with an empty, sealed soda can, the one in the left would be crushed while the one on the right would not be affected, but the pressures will be identical in both cases.

Yeah tell me it's the same pressure now, faggots

>>20519509
me again.
actually this is only valid within the tubes. once the smaller one opens into the big area at the bottom the pressure is devised and thus smaller.
i was doing those calculations from the grey lines.

>>20519609
it's the same pressure

It's not the same pressure inside the pool of water in the cave, or outside the cave at the same depth

HURR YOU GUYS SUCK AT SCIENCE

>>20519622
see >>20519618

>>20519637
see
>>20519449

>>20519424
here

When the tube is that thin, the capillary action of the tube is a significant factor affecting the pressure acting upon the rock. Stop applying simplified equations where they don't belong.

Sure diving 10m deep in an olympic pool would feel the same as diving 10m deep in a much smaller pool. P= rho*g*h fits here. But imagine the depth of the water is 10m with only 10mL, and you're in a tank of water that's only big enough to house you.
Do you really believe you could be crushed to death by a cup of water and a really thin straw?

Here's another one.
You have this S-shaped sprinkler. Water sprays out both ends, and the force of the water exiting makes it spin.
Now, say you took this sprinkler, put it underwater, and made it suck water in instead of spray out. What would it do?

>>20519677
When I start sucking water I go straight down, so so that's my guess.

you guys are all pathetic, no one got it right, Well with the correct explanation at least. Hydrostatic Pressure works but in this case, he Pressure on the left is higher, because 10 mL of Water in a 10 m Tube will certainly see some capillary action. Pic related

>swimming in the ocean
>dive 1 feet
>suddenly the pressure of the whole ocean is on you
>explode

>>20519677
Stand still.

>>20519713
>explode
surely, you mean implode

>>20519732
now this is getting interesting.

This depends entirely on whether those tubes are made of glass.

TUUUUUUUUUUUUUUUUBES thread

>>20519814
Beat me to it

>>20519677
I would think that it would stay still

1 is a prime number.

Pressure = density*height*gravitational constant. They are exactly equal.

>>20519652
in that pic it says V=hA. this is true for cubes and cylinders but it is not true for triangles and shapes like OPs pic. logical flaw detected. the A is the bottom area and the h is the hight but that h times that A gives you the volume of a cylinder with a cross section of A all the way up.

pressure = weight/area. if theres less weight (ie smaller tube full of water) on the same area (ie the bottom of the OPs containers) then less/same compared to more/same is not equal.

the pressure is less on the right side. >>20519449
>>20519449
>>20519449
IS NOT A VALID PIC

>>20519930
this.

>gather 10000 straws
>put them together to make a long chain
>fill with water
>put it on objects
>break everything with shit loads of pressure
>problem science?

Something clearly went wrong here.

>no magnets
>no treadmills
>no trollfaces

wont work

before gray line: pressure is the same on both
protip: if you stack four boxes in one column produces the same pressure as if you stacked 8 boxes in two rows.

Below the gray line: less pressure in left
same force / more area = less pressure

So, according to OPs image and /g/'s theory, if I make a 1000 ft long straw and fill it with water and stick it in a pool, the pressure in the pool will be the same as 1000 ft under the ocean.

HEY /g/

WHICH HITS THE GROUND FIRST?

YOU SHOULD BE ABLE TO SOLVE THIS

LOL

>>20520052
Yes. Do you object to this?

>>20520055

on the moon they hit at the same time so fuck you

>>20520055
Air.

/thread

Well, since there are more weight above the left than the right, I'd say no they don't have the same pressure, the left one has a higher pressure since there is more water pressing downwards on the stone.

>>20520055

They hit the ground at the same time.

>>20520068
see
>>20519930

>>20520055
If we took a teaspoon of neutron star material, and a feather, put them in a vacuum, and drop them, the neutron star material and whatever you're dropping it to would touch first

Gravity motherfuckers

>>20520052
pool needs to be closed though

>>20520096
what is air resistance ?

>>20519522
As soon as I saw this diagram the answer became obvious. There will be no water flow as you connect the tube, so the pressure must be the same.

>>20520135
wrong, there's still gravity

>>20520135
the pressure in the tubes is the same, but the pressure on the rocks is different. if you were to connect the bottoms the pressure on the right rock would increase but the water wouldnt flow because there is equal pressure in the pipes.

>>20520201
this, see
>>20520040
do you tink those boxa are "flowing"?

Its good to have one of these threads on occasion, helps keep my faith in humanity down.

Guys, almost 99% of you got this wrong, so let me ask you a question you stupid IT nigger neckbeards who always think they are right about everything and superior to everyone else i know because my brother is one and just as dumb as you.


If more water means more mass pushing down and more pressure, if you dip your hand in the ocean, why doesn't it implode from all the pressure? The ocean has almost all of the water on earth, ie super high pressure right?

>>20520052
Yep. That's about it.

BRB

PATENT OFFICE

>>20520296
what

>>20520286
I don't think you bothered to read the thread. Most people agree with you, and even gave very similar analogies.

>>20519271
Seriously, 50% of /sci/ got this wrong?

Well, I know I'm not going in there. You'll get better results if you ask the kids at the kindergarten.

>>20520326
I read the first 25 posts.

Pressure is equal. Weight is not,

>>20520055
I love it when high school has basically brainwashed stupid children into thinking that they will hit at the same time in real world circumstances.

>>20520578
Vacuum is a real world circumstance, no?

>>20520286
Because the amount of water directly above your hand is a minuscule amount?

it's the same.

I had to study hydrostatic pressure for pulmonary circulation, and I was actually surprised to learn that at the time.

>>20520595
Maybe if you live in space

10m of vertical pressure, so yeah, 10m of pressure on both rocks, going to be the same right?
i'm pretty certain the one on the left weighs more though and that's what's probably confusing folk

>>20520055

Crumple up feather S.T. ratio of air resistance to total weight of feather is = ratio of air resistance to total weight of 15kg weight block and both will fall at the same time.

>>20519920
This is the only right answer.

To all you fags saying their different, do your bones crush instantly from swimming 2 feet down in the ocean. Sure is a fuck ton of weight of water on you.

Needs more magnets.

>>>/b/358020923/

To be fair I expected them to be a lot dumber

>>20520656
So I guess I can kill you with a cup of water and a very long straw if I wanted. I put one end of the straw on your jest, fill it up with water and BOOM - the pressure of the hole ocean is in this long-ass straw!

Seriously, guys? You are essentially saying that the area which the pressure is applied on plays no role whatsoever. The question is clearly about the pressure on the ROCK, not between the gray lines.

Pretend there's a steel plate above the rock and each 10m column of water is made of iron. It will then be clear why the pressure is the same.

the maximum pressure on each rock is the same. however, on right side, the area of the rock that is not under the tall tube is under lower pressure.
the rock on the left is subjected to greater overall force because force is the product of both mass and area. on the left, there is a greater area of the rock subjected to the 10 m water column.

>>358020923
the weight because the leaf will flippity flop around in the air. I win

>>20519522
would the water flow away?