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Posted on 2/5/19 at 1:10 pm to TDsngumbo
Depends on how fast you pour
Posted on 2/5/19 at 1:11 pm to TSLG
look how small the opening is, I think that slows it down enough to keep it to a dribble, theres too many other openings to keep the pressure from building up.
Posted on 2/5/19 at 1:15 pm to TDsngumbo
3
there won't be a waterfall type effect to where 2 even gets any at all. It will run down the tube next to 3 and fill 3 up.
there won't be a waterfall type effect to where 2 even gets any at all. It will run down the tube next to 3 and fill 3 up.
Posted on 2/5/19 at 1:23 pm to TDsngumbo
#3.
Posted on 2/5/19 at 1:42 pm to TDsngumbo
6.
It won’t hit the cup in 2.
Ever tried pouring water from glass to glass?
It will trickle down the glass as it will the chute in that picture
It won’t hit the cup in 2.
Ever tried pouring water from glass to glass?
It will trickle down the glass as it will the chute in that picture
Posted on 2/5/19 at 1:57 pm to TDsngumbo
These things are so fricking stupid and shared by dumb rednecks on facebook.
Posted on 2/5/19 at 2:00 pm to TDsngumbo
either 2 or 3 but it probably depends on the rate of flow? If it's very slow the liquid will likely run down the outside of the tube to cup 3. If it's fast it will waterfall off the bend but I'm not sure if it would actually fall into cup 2 or not. The viscosity of the liquid seems like it would affect 2 or 3 but if it's actual tea that wouldn't affect things in this case.
Posted on 2/5/19 at 2:00 pm to Box Geauxrilla
OP laughed himself to sleep by now. Can't be answered without knowing the angle of pipe 3 and the pressure built by the time it gets to the break above it. Viscosity is that of water since it's presumed to be tea, but not knowing the angle & pressure impossible to know if it will fall into 2 or dribble into 3 without duplicating in real life. Also would need to know the scale.
If rate of pour was quick the main tube would fill up and even 7 & 1 would get a little action. But yea it's fricking stupid.
/thread
If rate of pour was quick the main tube would fill up and even 7 & 1 would get a little action. But yea it's fricking stupid.
/thread
This post was edited on 2/5/19 at 2:12 pm
Posted on 2/5/19 at 2:06 pm to TDsngumbo
7
none of the tubes are open all the way to the cups. tubs will fill up then coffee will run dont the outside of the tubes, which leaves 7 & 1. 1 angles back so most of the fluid will drip straight down missing the cup. cup 7 will run down and most will go in the cup
none of the tubes are open all the way to the cups. tubs will fill up then coffee will run dont the outside of the tubes, which leaves 7 & 1. 1 angles back so most of the fluid will drip straight down missing the cup. cup 7 will run down and most will go in the cup
Posted on 2/5/19 at 2:10 pm to tigeraddict
Top of 3 is open before 7 or 1
Posted on 2/5/19 at 2:52 pm to TDsngumbo
1
Posted on 2/5/19 at 2:55 pm to LSUFANDS
Changing it to none
Posted on 2/5/19 at 3:01 pm to TDsngumbo
I say 1 because it will start to fill before the overflow occurs, making it beat 2.
Posted on 2/5/19 at 3:15 pm to SouthEndzoneTiger
1 is blocked at the bend
Posted on 2/5/19 at 3:20 pm to TDsngumbo
Need to know the volume of the tubes and volume of the teapot.
Wut if theres not enough tea to fill the tubes and the cup?
Wut if theres not enough tea to fill the tubes and the cup?
Posted on 2/5/19 at 3:23 pm to cas4t
quote:
there won't be a waterfall type effect to where 2 even gets any at all. It will run down the tube next to 3 and fill 3 up.
Probably this. Depending on the detail of how the elbow is shaped.
Posted on 2/5/19 at 3:27 pm to TigerBalsagna
Well based on this scale it looks like the teapot has enough liquid. Main tube, tube 6, and half of tube 1 plus the cup.
Posted on 2/5/19 at 3:28 pm to TDsngumbo
None.
I’ve been staring at the pic for an hour. It hasn’t moved at all. At this rate, nothing will be filled. Must be in in an anti-gravity environment
I’ve been staring at the pic for an hour. It hasn’t moved at all. At this rate, nothing will be filled. Must be in in an anti-gravity environment
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