In a diamond crystal, each carbon atom is covalently bonded to four other carbon atoms in a tetrahedral structure. This structure repeats throughout the crystal lattice.

1. Each unit cell of diamond is a cube with carbon atoms at each of the eight corners and a carbon atom in the center of each of the twelve edges.

2. Each corner atom is shared by eight unit cells, so each unit cell gets 1/8 of each of the eight corner atoms, which adds up to 1 carbon atom.

3. Each edge atom is shared by four unit cells, so each unit cell gets

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In a diamond crystal, each carbon atom is covalently bonded to four other carbon atoms in a tetrahedral structure. This structure repeats throughout the crystal lattice.

1. Each unit cell of diamond is a cube with carbon atoms at each of the eight corners and a carbon atom in the center of each of the twelve edges.

2. Each corner atom is shared by eight unit cells, so each unit cell gets 1/8 of each of the eight corner atoms, which adds up to 1 carbon atom.

3. Each edge atom is shared by four unit cells, so each unit cell gets

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In a diamond crystal, each carbon atom is covalently bonded to four other carbon atoms in a tetrahedral structure. This structure repeats throughout the crystal lattice.

1. Each unit cell of diamond is a cube with carbon atoms at each of the eight corners and a carbon atom in the center of each of the twelve edges.

2. Each corner atom is shared by eight unit cells, so each unit cell gets 1/8 of each of the eight corner atoms, which adds up to 1 carbon atom.

3. Each edge atom is shared by four unit cells, so each unit cell gets

How many carbon atoms are present in a unit cell of a diamond?

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