An alcohol with formula C13H28O uniquely cannot undergo these interactions because of its large tert-butyl groups.  Hoogsteen base pairing employs these interactions, which are strongest when they are symmetric. Typically, nitrogen, fluorine, and oxygen facilitate these interactions, which are stronger than van der Waals interactions. These interactions can form a dimer of H2O. They cause the hexagonal lattice of ice crystals and the high boiling point of water. For 10 points, name these bonds, 
An alcohol with formula C13H28O uniquely cannot undergo these interactions because of its large tert-butyl groups.  Hoogsteen base pairing employs these interactions, which are strongest when they are symmetric. Typically, nitrogen, fluorine, and oxygen facilitate these interactions, which are stronger than van der Waals interactions. These interactions can form a dimer of H2O. They cause the hexagonal lattice of ice crystals and the high boiling point of water. For 10 points, name these bonds, which are named after an element with atomic number one.
An alcohol with formula C13H28O uniquely cannot undergo these interactions because of its large tert-butyl groups.  
hydrogen bonds [accept word forms like hydrogen bonding; or H-bonds; prompt on hydrogen or H]