A face centred cube (FCC) consists of how many atoms? Explain.

A face centred cube consists of how many atoms? Explain.

How many atoms can be assigned to its unit cell if an element forms a body centred cubic (bcc) cell and a face centred cubic (fcc) cell? Show by calculation.

A substance A_(x)B_(y) crystallises in a face centred cubic (fcc) lattice in which atoms 'A' occupy each corner of the cube and atoms 'B' occupy the centres of each face of the cube identify the correct formula of the compound.

A substance A_(x)B_(y) crystallises in a face centred cubic (fcc) lattice in which atoms 'A' occupy each corner of the cube and atoms 'B' occupy the centres of each face of the cube identify the correct formula of the compound.

A substance A_(x)B_(y) crystallises in a face centred cubic (fcc) lattice in which atoms 'A' occupy each corner of the cube and atoms 'B' occupy face centered position of the cube. If five of the B atoms are missing from five face center, identify the correct formula of the compound.

A substance A_(x)B_(y) crystallises in a face centred cubic (fcc) lattice in which atoms 'A' occupy each corner of the cube and atoms 'B' occupy face centered position of the cube. If five of the B atoms are missing from five face center, identify the correct formula of the compound.

In a face centred cubic (f.c.c.) arrangement, the number of atoms per unit cell is

Aluminium metal has face centred cubic (fcc) structure. The number of 'Al' atoms per unit cell of the lattice is