196

I hate you so much right now. Also I think it's 5

None. The water is not running.

5

Also, you suck.

Unless I completely misunderstand how this works, I think 5 is the only one that will fill up. It then overflows, preventing any of the taller ones from filling. 7 is shallower but won't start filling until 3 gets fuller than 5, which it never will. This would be true whether the blockage between 2 and 3 is a mistake or not.

1 fills up first. the spigot is much winder than the tube so the glass will fill faster than it can drain.

Also rule

5

Wait... Fuck!

5, but it also depends on the circumstances. What liquid is used, temperature, viscosity, etc. There's some material science stuff that's far beyond the intended scope of this question.

I actually started to figure out the sequence...then I realized...fuck you, take my up vote

All of them are already full of air.

is it a loss meme

OH İTS THE FUCKİNG LOSS COMİC

1. 5 which begins to overflow into the room
2. 7
3. 4 and 6
4. 2 and 3
5. 1

This is assuming this is a cross section of something 3d and not something 2d otherwise air packets would get trapped and prevent some of this.

~~:.|:;~~

Depends on how much you turn on the tap. If you fürn it up completely its 1,else its 5.

i hate you.

edit: read replies before telling me that 7 is walled off

but ignoring my loss, if everything is pressurized i think 7 if unpressurized i think 5

I'd recognise that pattern anywhere, but I focused in on the problem and almost didn't notice your dasterdly deed

They are all full already, of air.

All I know is, 7 is leaking out.

There's only one "one" in the diagram, so I'm gonna say the one marked "1." Pretty easy.

Wouldn't scale and viscosity play a role? Seriously, imagine a river vs a capillary tube. Also how many dimensions? And forces involved? Is that a blockage between 2 and 3? Are the walls breakable? How will the fluid hold air? Are the lines into structure 5 lower than the walls? Is this in a vacuum?