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UnevenEdge

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Posted

I agree with Stilgar, unless this is a trick question, in which case 6.

(this is fully dependent on how much tea flies out of the small holes on the side)

Posted
3 minutes ago, Seight said:

I agree with Stilgar, unless this is a trick question, in which case 6.

(this is fully dependent on how much tea flies out of the small holes on the side)

6 is closed at the end,

Posted
3 hours ago, 1pooh4u said:

Lol none they all look blocked off to me 😬😆

Brain full of fluff 😆

Which is why mine will be filled first.

  • Haha 1
Posted

i'm going with 3. shit's gonna run down the outside of the straw and into #3 rather than taking a lemming run off the edge and falling into #2. surface tension > inertia on that scale.

...unless there's something going on with the oil being dumped out of the lipton-branded infuser. not really sure wtf is going on there...

  • Thanks 1
Posted
1 hour ago, resurrected said:

The answer is 3, but Sawdy isn't giving the answer for whatever reason.

The answer depends on how the water is gonna flow down that pipe. It will either flow off into 2, cling enough to the underside and miss 2 and 3, or cling all the way down to 3.

  • Like 1
Posted
1 minute ago, stilgar said:

The answer depends on how the water is gonna flow down that pipe. It will either flow off into 2, cling enough to the underside and miss 2 and 3, or cling all the way down to 3.

That's got some stage 5 clinger action on it. Lipton tea coming from a tea pot? Yeah. That's some ''cure the coronavirus'' shit in that pot. 

Packard's lung juice. 

  • Haha 1
Posted
1 hour ago, stilgar said:

The answer depends on how the water is gonna flow down that pipe. It will either flow off into 2, cling enough to the underside and miss 2 and 3, or cling all the way down to 3.

Unless the tubes are square, it’s most likely going to fall between 2 and 3, with some making it to 3 if the pipe is made with a material with less resistant surfaces.

Posted

That being said, those openings on the pipes will ultimately issue less fluid then what would overflow from the top because of the column head pressure.

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