The (*) lattice energy estimates the energy from these interactions.
These interactions are modelled by a constant equal to 1.748 over the nearest-neighbor distance. In Pearson's theory, hard acids and bases interact in this way. The energy of this interaction is estimated in a Born-Haber [HAW-ber] cycle. Compounds forming these bonds have van't Hoff factors greater than one. The (*) lattice energy estimates the energy from these interactions. A difference greater than 1.7 on the Pauling scale indicates this type of bond. These bonds form between metals and nonmetals. For 10 points, name these bonds that form when atoms transfer electrons, in contrast with covalent bonds.
These interactions are modelled by a constant equal to 1.748 over the nearest-neighbor distance.
ionic bonds [or Coulombic forces; prompt on crystal lattices; prompt on lattices or lattice energy until it is read; prompt on bonds]