Synthetic single crystal diamond has an identical physical structure to that of natural single crystal diamond. The basic diamond atomic structure, described by its unit cell can be pictured as a face-centred cube with a carbon atom in the middle of each face and four more atoms arranged diagonally opposite each other in pairs, with the upper plane offset at a right angle to the lower plane. Unlike graphite, the individual planes are not flat but corrugated. In diamond, each carbon atom is connected to four other carbon atoms by covalent bonds. In the simplest case, these four atoms form a perfect tetrahedron. Due to covalent bonding between the atoms there are no free electrons and synthetic diamond is normally not electrically conducting. In the case for synthetic diamond, one or more of the carbon atoms might be replaced (or substituted) with nitrogen atoms, giving the diamond a yellow colour.
Carbon atoms in a diamond are arranged in a variation of the face-centered cubic crystal structure called a diamond lattice.
The face-centered cubic has lattice points on the faces of the cube of which each unit cube gets exactly one half contribution, in addition to the corner lattice points, giving a total of four atoms per unit cell.
The Carbon atoms in diamond are arranged in a regular tetrahedral structure. The basic unit of diamond consists of one carbon atom covalently linked to four adjacent carbon atoms (since carbon is quadrivalent) which are placed at the four corners of a regular tetrahedron. The angle between each of the four covalent bonds between the central atom and each of the corner atoms is 104 degrees 28 minutes. This basic unit extends throughout the crystal of diamond endowing it with enormous strength.
Diamond is no longer the hardest known substance. Several new compounds have beaten it. -------------------------------------- Because only another diamond can scratch another diamond. Also they use diamond made drills. My daddy told me that. But it is the hardest. My friend Joshua told me that about the only thing that scratch it. I thought the pavement was the hardest. From Marlon
carbon atoms are tetrahedrally bonded with one another. The crystal structure of a diamond is a face-centered cubic or FCC lattice.
Diamond
Helium; it has a duplet structure.
both of these are bonded to C-atom.
Diamond, Its atom structure formed by many carbon atoms in such a way makes it very strong indeed
Four. they are arranged tetrahedrally. The structure is similar to diamond.
A model of the atom is a 3-D structure of the atom's structure.
A diamond didn't form of anything but 5 carbon atoms. 1 carbon atom with 4 connected to it making it a perfect figuration, and structure. It's made of 5 carbon atoms.
Diamond is made up of pure carbon. In the structure of diamond one carbon atom is attached to four other carbon atoms forming a covalent bond. All the electrons of each carbon atom is shared and the octet rule is satisfied. Hence no free electron is left for the conductance of electricity.
The Carbon atoms in diamond are arranged in a regular tetrahedral structure. The basic unit of diamond consists of one carbon atom covalently linked to four adjacent carbon atoms (since carbon is quadrivalent) which are placed at the four corners of a regular tetrahedron. The angle between each of the four covalent bonds between the central atom and each of the corner atoms is 104 degrees 28 minutes. This basic unit extends throughout the crystal of diamond endowing it with enormous strength.
A model of the atom is a 3-D structure of the atom's structure.
zero for carbon in diamond
Diamond crystals are cubic, and are based on what is called a face centered cubic structure. Each carbon atom is linked to four other carbon atoms in a cube. If you can picture a cube with its six faces, there is a carbon atom at each corner. Additionally, there is a carbon atom in the middle of each square face that is bound to each atom at the corner of the square. Links can be found below for more information.
There is none because there are no bonds in an atom.
What was proven wrong about the structure of Niels Bohr atom