Organic chemistry: How to use curved ("electron-pushing") arrows to draw resonance structures. These videos are offered on a "pay what you like" basis. You can pay for the use of the videos at my website: http://www.freelance-teacher.com/video.mht For a playlist containing all the videos in this series, click here: http://www.youtube.com/watch?v=S9AMWGN_pyY&feature=PlayList&p=A0D83886239F1E58&index=0&playnext=1 (1) Intro (2) Intro: The meaning of resonance (3) Intro: legal vs. illegal structures; the purpose of drawing resonance structures is to identify where the charges are (4) Intro: more significant vs. less significant structures (5) Intro: "more significant", "less significant", "insignificant" (6) Intro: Why is it so important to know where the charges are? (7) Intro: Why is it important to know where the charges are, continued. (8) How to draw resonance structures when you are given a single electron-pushing arrow: lone pair to pi bond (9) Lone pair to pi bond, continued (10) Lone pair to pi bond, continued (11) How to draw resonance structures when you are given a single electron-pushing arrow: pi bond to lone pair (12) Pi bond to lone pair, continued (13) How to draw resonance structures when you are given a single electron-pushing arrow: pi bond to pi bond (14) Pi bond to pi bond, continued (15) Summary and review (16) How to draw resonance structures when you are given two electron-pushing arrows (17) Given two electron-pushing arrows, continued (18) Given two electron-pushing arrows (19) Given two electron-pushing arrows (20) Given two electron-pushing arrows (21) Summary and review (22) How to draw resonance structures when you are given multiple electron-pushing arrows (23) Given multiple electron-pushing arrows, continued (24) Given multiple electron-pushing arrows, continued (25) Given multiple electron-pushing arrows, continued (26) Given multiple electron-pushing arrows, continued (27) Given multiple electron-pushing arrows--cycles of arrows (2...