J jdent Full Member 10+ Year Member 15+ Year Member Jul 8, 2008 #1 Advertisement - Members don't see this ad Cl2 in CCl4 (carbon tetrachloride) adds syn or trans? In an alkene it doesn't really matter. I think that it matters by a alkyne where you are using only 1 mole of Cl2 Anyone?
Advertisement - Members don't see this ad Cl2 in CCl4 (carbon tetrachloride) adds syn or trans? In an alkene it doesn't really matter. I think that it matters by a alkyne where you are using only 1 mole of Cl2 Anyone?
klutzy1987 StudyingSucks Letsgo Mets 10+ Year Member 15+ Year Member Jul 8, 2008 #2 When adding to an alkyne it adds in anti. When adding to an alkene it makes a difference in stereochemistry i.e.(r/s) Upvote 0 Downvote
When adding to an alkyne it adds in anti. When adding to an alkene it makes a difference in stereochemistry i.e.(r/s)
J jdent Full Member 10+ Year Member 15+ Year Member Jul 8, 2008 #3 I knew I could rely on you for an answer, thanks! Upvote 0 Downvote
H harrygt Full Member 15+ Year Member Jul 8, 2008 #4 klutzy1987 said: When adding to an alkyne it adds in anti. When adding to an alkene it makes a difference in stereochemistry i.e.(r/s) Click to expand... Actually during the addition of Cl2 or Br2 to an alkyne, the Cl or Br bridge does not form, therefore you get both syn and anti addition. Br2 and Cl2 add anti to a double bond, and that makes a difference in the stereochemistry as the previous poster mentioned. Upvote 0 Downvote
klutzy1987 said: When adding to an alkyne it adds in anti. When adding to an alkene it makes a difference in stereochemistry i.e.(r/s) Click to expand... Actually during the addition of Cl2 or Br2 to an alkyne, the Cl or Br bridge does not form, therefore you get both syn and anti addition. Br2 and Cl2 add anti to a double bond, and that makes a difference in the stereochemistry as the previous poster mentioned.