Let's see how smart Sup Forums is. Solve and justify your solution
Let's see how smart Sup Forums is. Solve and justify your solution
Other urls found in this thread:
youtube.com
youtube.com
en.wikipedia.org
twitter.com
none
the droplets coming out of the tap are evaporating before they get to the tanks
They will fill in this order:
>3
>4
>2
>1
Moron
Justify
both 3 and 4 will be full at the exact same time
N°3 because:
-The 1st wont be full because it'll have always that tube putting water on the 2nd.
-Same as the 2nd, but instead, its putting water on the 3rd
-The 4th will be starting to get water when tank 3 is full because of the tube form.
Pleasure sharing my answer. Srry for my English.
3+4 fill at the same time then overflow so 1+2 never fill.
those arent tanks
...
this
3 won't be filled completely at its borders till 4 reaches same level
The first one obviously.
tank 3 would only be 3/4 full when water would flow into tank 4
3 and 4 at the same time, you moron
Correct.
exactly
depends on the flow rate and the viscosity of the fluid
THESE
3 and 4 fill at the same time. then 2 then 1
prove I'm wrong faggot
So then that means that 3 and 4 will fill up almost, if not at the same time.
If it has no pump and the drips are coming out fast enough to not evaporate then 3, obviously.
It's water, you dumb nigger. Stop trying to make this harder than it is.
assuming a drop-by-drop flow rate (then irrelevant viscosity )
Look closely at the water in tank 1. The tank system is obviously being shaken, making the water slosh around.
Under that condition, no tank will ever be totally filled because the water will keep spilling out.
The one that's full first retard, the answrr can't be the one that's full last because then it would not be first.
MORONS
depending on what you consider "full" 3 or 4
3 and 4 will fill at almost the same time, which will be first depends on the flow rate between the 2 tanks
3+4 at the same time. Then 2 then 1
I just corrected myself. Read then comment :v
Fluid mechanics mass conservation faggots
(dm/dt)syst=0 for two consecutive tanks
You need approximate dimensions though
But if the flow rate into #1 is significantly greater than the flow rate into #2, then #1 will fill up before any of the others.
Except there's no "then 2 then 1"!
>Communicating vessels
3&4 at the same time
...
only A is possible
number 1 because its the first one
So 3&4 it is then
...
yes...fixed
depends
tank1 if the inflow is high enough
three and four will overflow at the same time and one and two will never fill
3 first, then 4 very shortly after
In physics there is the law of communicating vessels, stating water levels would be equal in all tanks. There are exceptions though, one of which is when the water is flowing, which is the case in this instance.
1 & 2 will never fill up, because 3 (and possibly 4) will start overflowing
Also, you're all idiots
>OP tries to get user to do his homework for him.
>calls user a moron for helping.
correct, but assume a drop by drop flow rate
not all....
You are all retards do any of you know what gravity is? If there is no pressure the water wont go up the last tube. 4 will never fill you wankers.
Is 3 2 an 1 in that order.
when I started typing, you were all idiots :p
Depends on inflow. If high enough, tank one. If low, 4-3-2-1
This
3 will be filled very slightly before 4, they won't fill at the same time because the water needs to pass through 3 before it reaches 4. If you have a faucet at the side, it will be very slightly higher at the side of the faucet.
If high enough, tank one >correct
If low, 4-3-2-1 >false
false
faggot
4 will only be filled once 3 is already full.
The pipe left of 3 will fill at the same time as 3.
but only when 3 is full, it will overflow.
So 3 is first to be full.
homo
im a fucking idiot
4 if you disagree you deserve to be shot and killed
study morons
That's assuming there's no flow you dipshit. It's literally impossible for water to reach number 4 and number 3 at the same time.
First, 3 would fill up partly and then it would reach the spout and being to fill up 4. When then 4 is almost full, it will start to give back water to 3 and they will fill up at the same time.
I PUT THE TAP ON FULL BLAST AND 1 WILL BE FULL FIRST. INFACT IT WILL FLOW OVER.
Shouldn't it be then 3-4-2-1? When the water in 3 surpasses the tube level in 4, the water level will start to fill container 4. It's not like there is a trap door and the water level of 3 other containers should be enough to go up that tube, you moron
Ryzza Mae Dizon
finally, correct
Thanks for proving my point? The right tube is (very slightly) higher than the ones left of it.
Link?
No, that's not Link.
...
holy shit, ameritard detected
Why?
wrong, siphon effect will drain 3 before it gets full
its 4,3,2 (1 will never get full because the the container overflow)
4.
look at this
The best answer
Dumbass
Okay, again, 3 before 4.
i give up, but i recommend to learn physics
watch the gif
en.wikipedia.org
Kek, just look at it mate. Flow means that the right side is slightly higher than the left side. You only consider static environments, which is wrong. If you look at the state after each drop and turn the faucet off then, then it rises perfectly equally.
That's a worse example than the simulation mate.
...shouldn't you be having a van slam into a group of you before getting stabbed to death?
Insufficient information to answer the question, we don't know the rate of the water flow, nor do we know the air pressure in the tanks.
Wrong
if it has to be 100% filled, nothing but 3 will ever be full. 4 will barely be full but but the pressure is to low to push the water upwards on the same level as 3 and 3 will overflow
If full is defined as filled to the brim to the point of almost overflowing then 1
> when the liquid settles
Which is not the situation I'm talking about, or the situation that the OP asks, considering time is a factor.
3 4 same time , 1 2 never
Depends on how fast the water is flowing and how thick the pipes connecting each tank, if the water is gushing out like a fucking waterfall and the pipes connecting the tanks are as thin as straws 1 if the water drips slow and pipes are thick enough to support the flow then
Now fuck off with this thread you're wasting space here
What is this wizardry?!
Da fuck is this basic physics shit!?!
You're all faggots...
They're smaller and smaller as they go down so there's nothing to say he's wrong and some to say he's right.
Answre with what you have
Kill yourself, please...
wrong example, in your case there is a relevant water flow and a completely different geometry.
no nigger theres nothing about speed how much water comes , at some point 1 molecule h2o will push the shit in both 3 and 4
There is water flow in this example, otherwise there wouldn't be a change.