Anode is oxidizing and positiveCathode is reducing and negative *write equations/compounds with their charges/formula, not in words* :)
oxidizing agent: electron acceptorreducing agent: electron donor
oxidation: e- on right sidereduction: e- on left side
move up on reduction potentials--> increase strength as oxidizing agentmove down on reduction potentials--> increase strength as reducing agent
list of ions
O2 has a charge if -2 always except when:-by itself, 0-in peroxide, it's -1
half-reaction method states for balancing equations for redox rxns occurring in acidic solution list!! :)
Strongest reducing agent (top of chart), most likely to be oxidized, will lose e-Strongest oxidizing agent (bottom of list), most likely to be reduced, will gain e-
Please don't have anything with Phenolphtalein. Also, a list of cations and anions.
Besides being hard to spell, what is your problem with phenolphthalein?
Anode is oxidizing and positive
ReplyDeleteCathode is reducing and negative
*write equations/compounds with their charges/formula, not in words* :)
oxidizing agent: electron acceptor
ReplyDeletereducing agent: electron donor
oxidation: e- on right side
ReplyDeletereduction: e- on left side
move up on reduction potentials--> increase strength as oxidizing agent
ReplyDeletemove down on reduction potentials--> increase strength as reducing agent
list of ions
ReplyDeleteO2 has a charge if -2 always except when:
ReplyDelete-by itself, 0
-in peroxide, it's -1
half-reaction method states for balancing equations for redox rxns occurring in acidic solution list!! :)
ReplyDeleteStrongest reducing agent (top of chart), most likely to be oxidized, will lose e-
ReplyDeleteStrongest oxidizing agent (bottom of list), most likely to be reduced, will gain e-
Please don't have anything with Phenolphtalein. Also, a list of cations and anions.
ReplyDeleteBesides being hard to spell, what is your problem with phenolphthalein?
ReplyDelete