page_title: Staggered conformation
hierarchical_section_title: Staggered conformation
context_page_description: In organic chemistry, a staggered conformation is a chemical conformation of an ethane-like moiety abcX–Ydef in which the substituents a, b, and c are at the maximum distance from d, e, and f. This requires the torsion angles to be 60°.
  Such a conformation exists in any open chain single chemical bond connecting two sp³-hybridised atoms, and is normally a conformational energy minimum.
  Crystal structures
  The staggered/eclipsed configurations distinguish different crystalline structures of eg. cubic/hexagonal boron nitride, and diamond/lonsdaleite.
context_section_description: In organic chemistry, a staggered conformation is a chemical conformation of an ethane-like moiety abcX–Ydef in which the substituents a, b, and c are at the maximum distance from d, e, and f. This requires the torsion angles to be 60°.
  Such a conformation exists in any open chain single chemical bond connecting two sp³-hybridised atoms, and is normally a conformational energy minimum. For some molecules such as those of n-butane, there can be special versions of staggered conformations called gauche and anti; see first Newman projection diagram in Conformational isomerism.
  Crystal structures
  The staggered/eclipsed configurations distinguish different crystalline structures of eg. cubic/hexagonal boron nitride, and diamond/lonsdaleite.
caption: Staggered conformation image right in Newman projection