E eggiweggi New Member 10+ Year Member Joined Jul 8, 2012 Messages 10 Reaction score 0 Jul 13, 2013 #1 Members don't see this ad. Is it because R is bigger than H? Thanks!
P park1234 Full Member 10+ Year Member Joined May 31, 2013 Messages 88 Reaction score 2 Jul 13, 2013 #2 I guess it is because R group is electron donating group. More electron localization=better attraction to H+ Upvote 0 Downvote
I guess it is because R group is electron donating group. More electron localization=better attraction to H+
S sakthivs Full Member 10+ Year Member Joined Apr 13, 2013 Messages 102 Reaction score 0 Jul 13, 2013 #3 the H is neither a donating or withdrawing group. The X however such as CH3 would be a considered a somewhat decent donating group. Donating groups increase the basicity of a compound so in this case OR is more basic. Upvote 0 Downvote
the H is neither a donating or withdrawing group. The X however such as CH3 would be a considered a somewhat decent donating group. Donating groups increase the basicity of a compound so in this case OR is more basic.
J JtotheEdoubleF Full Member 10+ Year Member Joined Jul 11, 2013 Messages 18 Reaction score 0 Jul 13, 2013 #4 H's are acidic dude! Especially ones near electronegative elements! Upvote 0 Downvote
E eggiweggi New Member 10+ Year Member Joined Jul 8, 2012 Messages 10 Reaction score 0 Jul 14, 2013 #5 Thanks it makes sense now same reason why electron withdrawing groups make compounds more acidic! Upvote 0 Downvote
tamakisuououran Full Member 10+ Year Member Joined Jul 27, 2012 Messages 192 Reaction score 14 Jul 14, 2013 #6 The answer is and will always be carboxylic acid. Lol If you watched chads videos you will understand the joke Upvote 0 Downvote
The answer is and will always be carboxylic acid. Lol If you watched chads videos you will understand the joke