Game puzzles which filtered Any Forums

Game puzzles which filtered Any Forums

Attached: bernoulli.png (736x600, 123.53K)

a greater volume of water would exert more pressure? seems like common sense unless I'm wrong

>trusting leftist """""science"""""

Less pressure head, bernoulli's eqn or whatever. NEXT

you lose velocity as you funnel the liquid into a smaller pipe

lol no, speed v2>v1

Dumbfuck lmao
The flow rates are the same. This is an incrompressible fluid

>have high pressure water
>some of it squeezes out of a little pipe
>the water that squeezed out isn't high pressure anymore
wowwww

You should probably start forcing all Science being leftist, would help completely filter out anyone stupid enough to fall for it.

Because it just is

Because God Wills It.
Disprove me.

How do you know that it's incompressible, it doesn't say anything about the liquid in OP's pic.

Fluid moves faster in smaller pipe, so pressure goes down

Reminder theoretical fluid mechanics is all wrong, navier stokes equations are all wrong, even CFD is mostly wrong.
t. Aerospace chad

Attached: b0e.jpg (656x679, 30.74K)

The answer is it isn't lmfao

>Image literally gives the answer, which can easily be searched if you don't know what it is
>Retards still arguing
I can't wait for this board to get /qa/'d

This isn't even a logic puzzle, it's just "hey, do you remember this shit from high school?"
No, no I don't.

It says bernoulli's principle which implies bernoulli's equation which is only applicable to incrompressible fluids

retard alert

Everything is wrong and an approximation.

who cares it works enough for me

t. civilE chad

>chad

Conservation of mass, retard.

Thanks for not providing an argument slow retard

P+½ρv2+ρgh = constant
simple as

>game stumps Any Forumsirgins

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the air in pipe 2 is more compressed than pipe 1 and it pushes back against water harder

Attached: 7ed42820271eca3913a7916d0146c0b3.jpg (348x342, 20.56K)

>massless
It's bullshit.

When the speed increases, the pressure decreases.

*yawn* too long...

the larger amount of water at v1 being compressed into v2 physically pushes back more raising p1
v2 has no visible obstruction and therefore normal pressure

>game forces Any Forums to consult a guide

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the speed is higher in narrower tube makes complete sense but reason pressure exerted on tube walls is lower seems counterintuitive,

wrong p1=p2 its atmospheric pressure. retarded question. sage

It's the opposite
>total energy of fluid = kinetic energy + potential energy
>kinetic energy = velocity
>potential energy = pressure
Therefore increasing the velocity causes a direct decrease in the pressure

hell yeah my intuition was right

Yeah but it's just like that.

I still don't get 5

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>massless
do scientists really

Greater pressure being pushed through is actually pulling P2 down.

That's a fleshlight.

>Those are the people you argue over the internet with
Dumb people should be put in camps and killed
Retard purge fucking when

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I just done 5 years of engineering and forgot how to do this. Am I retarded bros?

Depends on which engineering

>(((((science))))) still can't explain how a dolphin can swim so fast
>It should be physically impossible, as far as their math is concerned
We really do build everything we know on bullshit.

nah everyone just looks stuff up when they need it

conservation of energy. Loss of pressure is turned into velocity. Loss of velocity will be turned into pressured. They have an inverse relationship

Attached: 1402740888424.jpg (610x1050, 119.28K)

as you can see the pins at the top of h1 and h2 prevent the water from flowing up more thus giving the illusion that one is higher than the other while in reality they completely are

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Elevator was empty so killer must be on the stairs, I guess