What is the correct answer?

what is the correct answer?

F

F will fill up first.
Water fills A, until it goes across to B, which fills until it goes across to C, which fills until it goes towards D, but is blocked. So C fills until it goes towards J, which fills halfway towards I, where it instead fills L, which empties towards but never reaches H because it is blocked and fills F, which then overflows before L can fill because none of these tanks are enclosed.

Depends how fast the water flows from the tap

Is the pipe from C to D blocked? I won't bother until this is clarified.

the pipe to H appears to be blocked as well, shit diagram desu ne

G

Under some conditions, G is the only one that will eventually be full.

L with pretty much the same reasoning as

G

G ma nigga. Cuz I'm a Genius.

>flow rate
>viscosity

I said G, unlike realized c to d is bahlocked

G

A>B
B>C
C>D
D>G

The picture's heading is "geniuses only look closely at the details"

F

That's a platitude faggot, could mean anything, the water route is destail. Could be a design booboo

Assume the question is valid and has only one answer.
In the large viscocity limit (flow

G, and G will continue to spill over and none of the others will fill.

G can't fill, D never gets water.

L can't fill, it's top is above F's.

>He didn't zoom in with paint and noticed that the material is porous.
brainlet

the passage from C to D is closed you brainlet

L because the pipe leading out is smaller than the pipe leading in from J

easy

Depends on the capillary action: high K, intermediate F and low A
(Not accounting for flow rate as other anons have mentioned)

if the flow rate is sufficiently large, A will fill up faster than the rate of exchange to B.

...

I love how you added blocked pipes to make nerds fight about trivial details. Obviously H

wtf now I have autism

A will fill up first because you turned the faucet on full blast and the rate of flow from the faucet is greater than the rate of flow from A->B.

Dummy.

>knows there's blocked pipes
>still picks a blocked pipe
C'mon guys.

...

did you do this manually
please dont say you did

Assuming flow between bins is larger than faucet flow capability, then it should be G.

Yeah why would he even keep trying if he realizes that's where the resources go. If he was rational he would give up, fake becoming a failure and go to Poland and drink beer instead.

How do you know D never gets water? Can you see on the pixels somehow that it won't break? Lol.

I picked H because it's obviously the wrong one as a way to say I'm not gonna have any of OPs bullshit. The answer is trivial anyways

Impossible to tell, since we don't know the gravity source pulling on the water.

That's pretty rad user.

That's not following physics.
Not at all.
Complete fail.
Water doesn't just stop at a spigot in chain of flooding chambers.
For that to occur, there would have to be enough pressure to force all the water out BEFORE the flooding continues past the spigot.
What kind of idiot are you?

o, I guess

Assuming a net downward flow from the image as you posted on it,
G

And its blocked...just noticed
F if not faster than the exit rate of A

Not enough information, but there are two possible solutions:

If water fills faster in tank A than it can escape, then it's A.

If water fills slower in tank A than it can escape, then it's G.

Anyways, nice shitpost.

* I meant F

Here's the proof of the second one btw. First one should be obvious.

Somebody should save this.

lmao same im autistic now too

fpbp

can watch this over and over

G clearly, how could anyone think otherwise?

Of course I can, they're solid black. The same color as the water vessel walls indicating the same material. If any one of the vessels were able to break so easily, A would break long before water flowed to any additional buckets rendering the entire problem moot. So we can take as an axiom with respect to the problem that the material is of sufficient strength to contain the water.

Learn to think critically user and you too will be able to work problems from basic principles.

K is the real answer

Do ONE WITHOUT THE BLOCK FAG

Anyone saying anything other than these, is a retard.

underrated

>I was only pretending to be retarded

Why not Zoidber G?

Buoyancy. It's F

American petrolium engineer here
the answer is K

>Anyone saying anything other than these, is a retard.
This.

Was about to say D. Missed that. F it is

the drop implies it fills slowly
and the answer is obviously L

J

Excellent meme

I like how nobody has made a point about the fact that the G tank is fucking levitating by itself.

Look closer fagget

Nobody knows of some simulation software we can test this on?

it depends

You forgot to account for temperature and evaporation.

Well that would also require that I took into account the material and thermal conductivity of the tanks, which is unknown, and it's pretty much impossible to list every material in existence.

L

If the tanks are true to size however, it might as well be A

Never even thought of pressure. Nice contribution.

E

Minecraft comes to mind.

The answer is A because the flow is bottlenecked to the source of flow, and it will continue to overflow till every last container is full if there is typically no mitigation I.E. the variable in a 9/10 will happen if performer is not autistic.

Why sad tho

Even if that is true it is not L. F which is connected to L is lower than L so F will fill up first.

anyone who says anything other than "G" is retarded

F if the design in the image isn't misleading and the water is flowing at a rate that those small channels between the containers can handle

Very cool

>geniuses only
>picture of M R Jewstein