Physics, asked by chunwalmadhu6838, 11 months ago

The space lattice of diamond is
(a) fcc
(b) bcc with two atoms per unit cell
(c) bcc with 4 atoms per unit cell
(d) simple cubic

Answers

Answered by ItsShreedhar
0

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(b) bcc with two atoms per unit cell

The diamond lattice consists of a face-centred cubic Bravais point lattice which contains two identical atoms per lattice point. The distance between the two atoms equals one-quarter of the body diagonal of the cube. The diamond lattice represents the crystal structure of diamond, germanium and silicon.

Answered by Anonymous
2

Answer:

(b) bcc with two atoms per unit cell

The diamond lattice consists of a face-centred cubic Bravais point lattice which contains two identical atoms per lattice point. The distance between the two atoms equals one-quarter of the body diagonal of the cube. The diamond lattice represents the crystal structure of diamond, germanium and silicon.

Explanation:

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