Pure sulfur (S) does not form network solids. You may be thinking of silicon (Si) which does.
A network solid(crystal) or covalent network solid is a chemical compound in which the atoms are bonded by covalent bond s in a continuous network. In a network crystal there are no individual molecule s and the entire crystal may be considered a macromolecule.
Science room 8
It's an Oxidation-reduction
its a solid state.
a insoluable solid is a solid that can not be disolved
S8 is a molecular solid composed of eight sulfur atoms arranged in a crown-like cyclic structure. It exhibits a crystalline form and is characterized by van der Waals forces between the S8 molecules. This type of solid is typically soft and has relatively low melting and boiling points compared to ionic or covalent network solids. S8 is commonly found in nature as the most stable form of elemental sulfur.
Network solid
Yes, graphite is a network solid.
network solid-APEX
No, solid sulfur is not diatomic. Sulfur exists as S8 molecules in its solid form, with 8 sulfur atoms chemically bonded together to form a puckered ring structure.
network solid
A grain of sand is a network solid (covalent network solid).
Mass of solid = 16g Molecular mass of sulphur S8 = 256 amu no of moles=mass of substance/molecular mass =16/256 =1/16 no of moles=no of particles/avogadro constant 1/16=N/6.022 x 10^23 =3.76 x 10^22
Sulfur is a covalent solid having the unit cells S8 so it is formula.
Covalent bonding is present in a network solid. In network solids, atoms are bonded together in a three-dimensional network structure through strong covalent bonds, resulting in a rigid and high-melting-point solid.
It is a network solid, a lattice of many covalent bonds (like diamond, except that it is black rather than transparent).
A network solid(crystal) or covalent network solid is a chemical compound in which the atoms are bonded by covalent bond s in a continuous network. In a network crystal there are no individual molecule s and the entire crystal may be considered a macromolecule.