yes.
Yes. Diamond is isometric, graphite is hexagonal.
Yes, a diamond is considered a crystal because it has a highly ordered atomic structure, which is a defining characteristic of crystals.
The crystal structure of Si2Ti is cubic, with space group Pn-3m (cubic diamond structure). It consists of silicon and titanium atoms arranged in a diamond lattice with each silicon atom bonded to four titanium atoms.
Diamond belongs to the crystal group of minerals known as the cubic system. This means that diamond crystals have a cubic structure, with symmetrical axes of equal length.
Diamond
Diamond is a natural substance with a definite crystal structure. It is a pure form of carbon that crystallizes in a cubic system, resulting in a unique and well-defined crystal lattice structure.
Carbon has two allotropic forms called diamond and graphite. Diamond is a hard, transparent crystal structure, while graphite is a soft, dark crystal structure known for its lubricating properties.
Diamond is a pure element made up of carbon atoms arranged in a crystal structure.
Diamond is composed of the element carbon, and quartz is composed of the elements silicon and oxygen.
According to Wikipedia: The mineral sphalerite... "crystallizes in the cubic crystal system. In the crystal structure, zinc and sulfur atoms are tetrahedrally coordinated. The structure is closely related to the structure of diamond." You can read more about Bravais lattaice by following the link, below.
Well, honey, sodium chloride (good ol' table salt) and diamond are definitely not isomorphic. Sodium chloride has a crystal structure composed of alternating sodium and chloride ions, while diamond is made up of carbon atoms arranged in a tetrahedral lattice. So, they may both be sparkly in their own way, but they're as different as night and day.
In the molecular structure of a diamond, the term crystal refers to the regular and repeating arrangement of carbon atoms bonded together in a three-dimensional lattice structure. This orderly arrangement is what gives diamonds their hardness and unique optical properties.