🚀 go-pugleaf

Suppose I have a solution of known viscosity into which has been suspended
some solid, spherical particles at a known concentration.  Is there any
way to calculate the viscosity of the resulting solution?

I've looked through my own physics text, and I've found a few examples
calculating the behavior of particle falling through a viscous medium,
but that's not quite the same.

Please email me with pointers, as I do not read this newsgroup.  Thanks
in advance!


-- 
== John J. Ladasky II ("ii") ========================= ladasky@netcom.COM ==
"Great composers do not borrow -	     "Talking about music is like
 they steal."  - John Ladasky	      ~ -     dancing about architecture."
(quote stolen from Stravinsky, who    o o     - Elvis Costello?  Laurie
 stole it from a statement made by     >        Anderson?  Frank Zappa?
 Pablo Picasso about painting, who    \_/    -------------------------------
 stole it from...)			     "Property is theft." - Groucho
============================================================================