Now that's what I call GOOD information.
Now compare that to the larger particles present in that self same solution/suspension and one should see that those miniscule .ooooooooooooooooooo-1nm size particles are put into some perspective. While it might be handy to know the smallest size, let's not forget the larger ones which will be present. This is the reason I pay little attention to published material which ONLY quote those tiniest particles while omitting to state the larger ones, a sense of perspective is also handy. How's about I keep that little bit of info so I can use it...Yes/No? N. > From: [email protected] > To: [email protected] > Date: Thu, 19 Nov 2009 20:34:44 -0600 > Subject: CS>How many? > > If you ever get to worrying that there might not be enough silver ions > available in a few drops of E.I.S. to kill a few "bugs", consider: > > According to Avagadro's constant calculations found in several places via a > google search, 18 millilitres of water (219 drops), contains 6x10E23 > molecules of water. > > A single drop of 15PPM E.I.S. contains 41,095,890,410,959 (41 quadrillion) > silver ions! > > Those numbers are virtually impossible for us to relate to, but that many > ions are able > to reach all the bacteria, viruses, and spores contacted by the water > itself. > > Silver to the rescue! > > Olin > > > > I use BullGuard to keep my computer clean. > Try BullGuard for free: www.bullguard.com > _________________________________________________________________ Download new and classic emoticon packs at Emoticon World Brought to you exclusively by Windows Live http://windowslive.ninemsn.com.au/emoticon.aspx?
