Lowering oxidation rate

Started by SaintJude
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SaintJude

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If you want to lower the oxidation rate of a certain process, why would removing oxygen be a good way to do that?

Is the oxidation rate of a process actually determined by the amount of oxygen available?

In fact, can oxidation rate even occur without the presence of oxygen?
 
Isn't this just LeChatelier's principle in action?
=
A + B ----> A+ + B- therefore removing the oxidizing or reducing agent will left shift the process.
 
oxygen is the primary oxidizing agent, like let's look at sugar + O2 -> H2O and CO2 in glycolysis.
The O helps oxidize the Carbon in sugar to CO2. O is reduced from O2 to H2O.
 
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Helium is not a good reactant period- it's a noble gas. It's got teh stable doublet analogous to a stable S+ P octet in the other ones, so it would take a huge amount of energy to get it to accept or give up an electron and destroy that low energy state.
 
oxidizing agents are very electronegative (O2, F2, Cl2, Br2) or with high oxidation states H2O2, MnO4-, CrO3, Cr2O7 (2-), and OsO4
Helium is not electronegative because it's a noble gas and it has an oxidation state of 0