Secondary structure of proteins results from these, as alpha helices and beta sheets are created by the interactions of these between various side chains.
Recently they have been used in smart rubber because they are easier to repair after being broken. These are the reason for various plant phenomena like capillary action, as dipole-dipole interactions involving them are very strong.  Secondary structure of proteins results from these, as alpha helices and beta sheets are created by the interactions of these between various side chains. Nitrogen and fluorine can serve as the electronegative atom, though oxygen is the most  common one. Water can have up to four, FTP, of what type of bond found between a namesake atom covalently bonded  to an electronegative atom and another nearby electronegative atom.
Recently they have been used in smart rubber because they are easier to repair after being broken.
hydrogen bonds (prompt on H bonds)