differentiate graphite and diamond
Answers
Graphite and diamond, both are allotropes of carbon, so, they have the same chemical properties. But, in graphite, each carbon atom shares electrons with 3 other carbon atoms, whereas in diamond, each carbon atom shares electrons with 4 other carbon atoms.
Diamond and graphite can be differentiated from each other in the following manner.
Diamond and graphite can be differentiated from each other in the following manner.Diamond
Diamond and graphite can be differentiated from each other in the following manner.DiamondGraphite
Diamond and graphite can be differentiated from each other in the following manner.DiamondGraphiteIt is the hardest substance known.
Diamond and graphite can be differentiated from each other in the following manner.DiamondGraphiteIt is the hardest substance known.It is a soft and brittle substance.
Diamond and graphite can be differentiated from each other in the following manner.DiamondGraphiteIt is the hardest substance known.It is a soft and brittle substance.Carbon bonded to four different carbon atoms forming tetrahedron.
Diamond and graphite can be differentiated from each other in the following manner.DiamondGraphiteIt is the hardest substance known.It is a soft and brittle substance.Carbon bonded to four different carbon atoms forming tetrahedron.Each carbon atom is joined to three other carbon atoms by strong covalent bonds to form flat hexagonal rings.
Diamond and graphite can be differentiated from each other in the following manner.DiamondGraphiteIt is the hardest substance known.It is a soft and brittle substance.Carbon bonded to four different carbon atoms forming tetrahedron.Each carbon atom is joined to three other carbon atoms by strong covalent bonds to form flat hexagonal rings.Tetrahedrons combine to form 3-D structure.
Diamond and graphite can be differentiated from each other in the following manner.DiamondGraphiteIt is the hardest substance known.It is a soft and brittle substance.Carbon bonded to four different carbon atoms forming tetrahedron.Each carbon atom is joined to three other carbon atoms by strong covalent bonds to form flat hexagonal rings.Tetrahedrons combine to form 3-D structure.Has 2-D layer-like structure in which atoms of a single crystal are arranged in a hexagonal ring in a single plane.
Diamond and graphite can be differentiated from each other in the following manner.DiamondGraphiteIt is the hardest substance known.It is a soft and brittle substance.Carbon bonded to four different carbon atoms forming tetrahedron.Each carbon atom is joined to three other carbon atoms by strong covalent bonds to form flat hexagonal rings.Tetrahedrons combine to form 3-D structure.Has 2-D layer-like structure in which atoms of a single crystal are arranged in a hexagonal ring in a single plane.Does not conduct electricity
Diamond and graphite can be differentiated from each other in the following manner.DiamondGraphiteIt is the hardest substance known.It is a soft and brittle substance.Carbon bonded to four different carbon atoms forming tetrahedron.Each carbon atom is joined to three other carbon atoms by strong covalent bonds to form flat hexagonal rings.Tetrahedrons combine to form 3-D structure.Has 2-D layer-like structure in which atoms of a single crystal are arranged in a hexagonal ring in a single plane.Does not conduct electricityGood conductor of electricity