That question is metal approved. \m/
The transition elements form complexes because they are able to accept pairs of electrons from donor molecules or ions to form dative covalent bonds. The reason they can accept pairs of electrons is because they have a number of empty orbitals in the d subshells.
mercury
Most transition metals form colored ion-complexes.
non metals
After these metallic compounds were ingested by a person, these will be distributed from the stomach. Egg white is considered to be an antidote for lead and mercury poisoning because these metallic compounds, instead of oxidizing our proteins and nucleic acid in our body, it will be oxidize by the albumin of the egg and be isolated and probably be taken off from our stomach.
Small nuclear RNA forms complexes with proteins to form snRNPs; involved in RNA splicing, polyadenylation reactions and other unknown functions.
The transition elements form complexes because they are able to accept pairs of electrons from donor molecules or ions to form dative covalent bonds. The reason they can accept pairs of electrons is because they have a number of empty orbitals in the d subshells.
Mercury forms amalgams with other metals.
mercury
The liver is a vital organ for survival. The liver forms small complexes called lipoproteins. Lipoproteins derive from cholesterol in the liver.
Most transition metals form colored ion-complexes.
The immediate union of antibody and antigen forms immune complexes that are too small to precipitate. However, these complexes will scatter incident light and can be measured
Alkali metal forms Alkali while metals form bases.
generally, non-metals
generally, non-metals
It forms bones and muscles
Metals form compounds very easily with non-metals.