Molecular compounds (these are electrically neutral) would be expected to be poor electrical conductors because the electrons in their covalent bonds are localised and difficult to "move". In any event molecules are separate and possible movement of electrons within the molecule would be difficult to propagate across the intermolecular gap.
There are some interesting examples of covalent compounds that do conduct electricity. There are conductive polymers. Some are carbon based but there are others such as polythiazyl a sulfur nitrogen polymer. Strictly these polymers are molecular its just that the molecules are very large, and they are not usually included in the answers to questions like this. See links
molecular compounds
molecular compounds
H2 is covalently bonded.
Molecular. Covalently bonded between the species.
It is molecular, covalently bonded. See link.
molecular compounds
atoms of nonmetals covalently bonded
Covalent bonded compounds have generally lower melting and boiling points, are not hard, are less conductive etc.
molecular compounds
H2 is covalently bonded.
molecular compounds
Yes. Graphite is covalently bonded but is moderately conductive, as are some poly-aromatic compounds.
In a covalent bond the electrons are shared between atoms.
Tons
It is molecular, covalently bonded. See link.
Molecular. Covalently bonded between the species.
Usually no. Molecular covalent bonded compounds do not conduct electricity. When the bonding is covalent and the bonds are sigma bonds the electrons are not free to move. HOWEVER. Take graphite covalently bonded and a relatively poor conductor of electricity- because of its free electrons. There are conductive organic polymers, these have free delocalised electrons.