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Hello
I want know if i put ink point in water cup .. How i can describe ink point
motion ?? :uhh:
I want know if i put ink point in water cup .. How i can describe ink point
motion ?? :uhh:
Of course, gravity complicates things... first try without gravity:)In the simple case you would use a spherical polar coordinate system and assume uniformity in all directions to get a solution in terms of only r, the radial component.
Read the man's post:Fluid dynamics would only come into play if the fluid were moving. For a drop of ink in still water you should be able to apply the http://en.wikipedia.org/wiki/Diffusion_equation" [Broken].
Perhaps you should try reading!Read the man's post:
"... ink motion in water as liquied with liquied. i think itsnt linear motion and i think its kind of chaos phenomena..."
It is obvious he is looking for fluid dynamics.
As for what you quoted, what the heck does that mean?Abofaisal2008 said:yes, i think diffusion
I quoted the OP's words about what he is looking for - not words that somebody else fed him.As for what you quoted, what the heck does that mean?
I guess not Dave cus I quoted the same post you did. I read the same lines you did only I see nonsense, clearly the OP does not know what he wants. I gave him a direct answer to that post. your posts are off topic and close to earning you a warning.Are we reading the same thread???
I quoted the OP's words about what he is looking for - not words that somebody else fed him.
When asked to elaborate what he is looking for, the OP's own words are about fluids in motion, and chaos.
Really, read the thread from post #1. Note what the OP is saying as opposed to what others are thinking he's saying.
I think next time someone gives me a hard time when I make a point for a question to be presented in a clear manner, I will point to this thread.Is my problem not clear?
ok .. put ink in water glass and observe motion of ink its not linear motion and its like smoke motion
http://www.astrographics.com/GalleryPrints/Display/GP4293.jpg" [Broken]
* im sorry for my english lang![]()
Can you explain Browhian motion ? i think it for Einstien .. Is that right?i think that if you are doing it simply then talking about Brownian motion