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good oxidizing agent

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Question:Based on what you know about electronegativity which would be a good oxidizing agent? H2 Cl2 C Cs

Answers:An oxidizing agent causes other things to oxidize or lose electrons. Cl has the greatest electronegativity for electrons and would cause other elements to give them up.

Question:What makes them "good" oxidizing agents, and whats an example?

Answers:Atoms, ions, and molecules that have an unusually large affinity for electrons tend to be good oxidizing agents. chemed.chem.purdue.edu/genchem//topicreview/bp/ch19/oxred_3.php - 25k

Question:Using what you know about the electronegativity of the main group elements, which of these would be a good oxidizing agent? A. H2 B. Cl2 C. C D. Cs Please Help!

Answers:B. Cl2 Remember that an oxidizing agent is reduced, it GAINS electrons. Naturally, an element with a HIGH electronegativity, a high tendency for an atom to attract a bonding pair of electrons, would GAIN electrons. Looking at the periodic table, Cl is right next to F, the most electronegative element! Cl has a high electronegativity. Cesium, on the other hand is the most electropositive element, so it would be a reducing agent. Cesium is really v cool. :)

Question:

Answers:Standard reduction potential [1]: MnO4 + 8 H+ + 5 e Mn2+ + 4 H2O E = +1.51 V As you can see it is low in the table RTlnKeq = nFE so a +ve E means the equilbrium is favored thermodynamically. If [MnO4]^- is reduced (gain of e-) it must be a strong oxidizing agent (removes e-s). Another way of looking at it: Mn in [MnO4]^- is formally Mn(VII) its maximum oxdn state with no d e-. Its preferred oxidation state in H2O is either Mn(II) d^5 or Mn(III) d^4. But that is thermodynamics and doesn't tell you about the rate of the redox rxn (kinetics). It is found that redox rxns are usually very fast (an e- is pretty small and doesn't let the odd atom get in the way of transfer.) Another factor that I haven't seen is that [MnO4]^- has tetrahedral coordination that probably allows direct contact of the metal center with the species being oxidized. Mn(II) in H2O is [Mn(H2O)6]^2+ that suggests [(Sub)MnO4]^- can readily form (Sub is substrate).

From Youtube

Acetone Fire with Deodorant as an Oxidizing Agent. :When Acetone burns in air it does not combust properly so we add an oxidizing agent to proper it combustion...This Video is just the thing,...Do not try these experiments at home...i will not be responsible if any accident occurs or happens bcoz of imitating the above...

Fun with Acetone and Oxidizing Agent ( Deodorant) :Do not try this at home