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Microcap & Penny Stocks : RDOX Battery Technology -- Ignore unavailable to you. Want to Upgrade?

To: BillQ who wrote (1660)	12/23/1998 3:12:00 PM
From: Junkyardawg	Read Replies (1) \| Respond to of 1983

Looks like Redox just broke the .60 barrier. It is not looking good. I think that if it does get below the .50 barrier it could keep falling to .30 or even less. Sorry for the long-term holders. Dawg

To: BillQ who wrote (1660)	12/24/1998 11:27:00 PM
From: Junkyardawg	Respond to of 1983

Dawg's research HOW ARE REDOX REACTIONS DIFFERENT? Redox is the term used to label reactions in which the acceptance of an electron (reduction) by a material is matched with the donation of an electron (oxidation). A large number of the reactions already mentioned in the Reactions chapter are redox reactions. Synthesis reactions are also redox reactions if there is an exchange of electrons to make an ionic bond. If chlorine gas is added to sodium metal to make sodium chloride, the sodium has donated an electron and the chlorine has accepted an electron to become a chloride ion or an attached chlorine. If a compound divides into elements in a decomposition, a decomposition reaction could be a redox reaction. The electrolysis of water is a redox reaction. With a direct electric current through it, water can be separated into oxygen and hydrogen. H2O H2 + O2 The oxygen and hydrogen in the water are attached by a covalent bond that breaks to make the element oxygen and the element hydrogen. Learning more about the conditions for redox reactions will show that the electrolysis of water is a redox reaction. A single replacement reaction is always a redox reaction because it involves an element that becomes incorporated into a compound and an element in the compound being released as a free element. A double replacement reaction usually is not a redox reaction.