In metal complexes, the back variety of these interactions occur between the filled d orbitals of a metal and the empty orbitals of a ligand. The likelihood of these interactions to homolyse into radi
In metal complexes, the back variety of these interactions occur between the filled d orbitals of a metal and the empty orbitals of a ligand. The likelihood of these interactions to homolyse into radicals is inversely proportional to their strength. One (*) sigma and two pi ones of these interactions combine to form the triple one of these in diatomic nitrogen, which is represented by three lines in a Lewis Dot Diagram. The one in nitrogen is non-polar, but those between atoms with greater electronegativity differences aren't. For 10 points, identify these interactions, types of which include covalent and ionic.
In metal complexes, the back variety of these interactions occur between the filled d orbitals of a metal and the empty orbitals of a ligand.
{bonds}