Posted: Mon Feb 22, 2010 2:23 pm
That sir would be the Eyring equation. The rates of chemical reactions (which you are trying to avoid) are directly dependent on temperature.rjackson wrote:Perhaps Caribe can explain why.
![Image](http://upload.wikimedia.org/math/2/0/6/20692270dfdf73784f2b404e8f3eae5c.png)
That sir would be the Eyring equation. The rates of chemical reactions (which you are trying to avoid) are directly dependent on temperature.rjackson wrote:Perhaps Caribe can explain why.
+1enoch308 wrote:It's nice to have a chemist around to 'splain stuff.
another way of saying "apply water"kato wrote:Go to the hardware store, plumbing section, and get a T connector and a hose adapter that will fit the T. Attach the hose connector to the side branch of the T. Attach your hose and turn it on. Feed your rope through the straight branch of the T.
Actually what you should have said was, another way of saying "apply a continuous stream of water at standard household pressure, annularly around the rope and progressively along the rope for its entire length."toad857 wrote:another way of saying "apply water"kato wrote:...T connector...
another way of saying "apply water"kato wrote:"apply a continuous stream of water at standard household pressure, annularly around the rope and progressively along the rope for its entire length."
Chemists are indeed the finest quality people to be sure. In fact, I propose the world should be run by chemists, starting......now.enoch308 wrote:It's nice to have a chemist around to 'splain stuff.