R RSK25 Full Member 7+ Year Member Joined Dec 19, 2013 Messages 43 Reaction score 2 Sep 5, 2014 #1 how can sulfur tetrafluoride exist? Members don't see this ad.
DrDreams Attending Physician Verified Member 10+ Year Member Gold Donor Joined Aug 8, 2011 Messages 449 Reaction score 168 Sep 5, 2014 #2 Nvm I was going to say because sulfur has access to d orbitals. But then I realized you said SF4 and not SF6 Upvote 0 Downvote
Nvm I was going to say because sulfur has access to d orbitals. But then I realized you said SF4 and not SF6
Cawolf PGY-2 10+ Year Member Joined Feb 27, 2013 Messages 3,469 Reaction score 2,287 Sep 5, 2014 #3 Valence Shell Expansion @DrDreams you are right - sp3d hybridization in Sulfur is what is occurring. Upvote 0 Downvote
Teleologist Full Member 10+ Year Member Joined Jul 7, 2013 Messages 617 Reaction score 162 Sep 6, 2014 #4 Cawolf said: Valence Shell Expansion @DrDreams you are right - sp3d hybridization in Sulfur is what is occurring. Click to expand... I concur Last edited: Sep 6, 2014 Upvote 0 Downvote
Cawolf said: Valence Shell Expansion @DrDreams you are right - sp3d hybridization in Sulfur is what is occurring. Click to expand... I concur
mehc012 Big Damn Hero 10+ Year Member Joined Jul 9, 2012 Messages 9,248 Reaction score 8,724 Sep 6, 2014 #5 Cawolf said: Valence Shell Expansion @DrDreams you are right - sp3d hybridization in Sulfur is what is occurring. Click to expand... For SF4 ? You don't need that many orbitals, do you? Edit: NM, forgot about the electron pair. Upvote 0 Downvote
Cawolf said: Valence Shell Expansion @DrDreams you are right - sp3d hybridization in Sulfur is what is occurring. Click to expand... For SF4 ? You don't need that many orbitals, do you? Edit: NM, forgot about the electron pair.