R roxie2love Full Member 10+ Year Member Joined Dec 16, 2008 Messages 15 Reaction score 0 Dec 31, 2008 #1 Members don't see this ad. When calculating reduction potentials, how do you know which one is being oxidized if they are both given as reductions? Thanks in advance!🙂
Members don't see this ad. When calculating reduction potentials, how do you know which one is being oxidized if they are both given as reductions? Thanks in advance!🙂
Danny289 Member 10+ Year Member 15+ Year Member Joined Dec 2, 2006 Messages 1,523 Reaction score 4 Dec 31, 2008 #2 roxie2love said: When calculating reduction potentials, how do you know which one is being oxidized if they are both given as reductions? Thanks in advance!🙂 Click to expand... higher reduction potential ===> less oxidize and visa vera in other hand if two are competing for reduction, high reduction potential will win for gaining electron and will reduct and other will oxidize. and visa versa. Upvote 0 Downvote
roxie2love said: When calculating reduction potentials, how do you know which one is being oxidized if they are both given as reductions? Thanks in advance!🙂 Click to expand... higher reduction potential ===> less oxidize and visa vera in other hand if two are competing for reduction, high reduction potential will win for gaining electron and will reduct and other will oxidize. and visa versa.
R roxie2love Full Member 10+ Year Member Joined Dec 16, 2008 Messages 15 Reaction score 0 Dec 31, 2008 #3 Danny289 said: higher reduction potential ===> less oxidize and visa vera Click to expand... Awesome! This sums it up very nicely - short and to the point! Thanks so much! Upvote 0 Downvote
Danny289 said: higher reduction potential ===> less oxidize and visa vera Click to expand... Awesome! This sums it up very nicely - short and to the point! Thanks so much!
Danny289 Member 10+ Year Member 15+ Year Member Joined Dec 2, 2006 Messages 1,523 Reaction score 4 Dec 31, 2008 #4 roxie2love said: Awesome! This sums it up very nicely - short and to the point! Thanks so much! Click to expand... your welcome, 👍 Upvote 0 Downvote
roxie2love said: Awesome! This sums it up very nicely - short and to the point! Thanks so much! Click to expand... your welcome, 👍