In a AB unit cell (Rock salt type) assuming `A^(+)` forming fcc :

Draw the unit cell of the fcc lattice

Number of formula units in unit cell of MgO (rock salt), ZnS (zinc blende) and Pt (fcc) respectively

Number of formula units in unit cell of MgO (rock salt), ZnS (zinc blende) and Pt (fcc) respectively

Calculate the number of fornula units in each of the following types of unit cells: (a) MgO in a rock salt type unit cell (b) ZnS in zinc blende structure (c) platinum in a face-centred cubic unit cell

Calculate the number of fornula units in each of the following types of unit cells: (a) MgO in a rock salt type unit cell (b) ZnS in zinc blende structure (c) platinum in a face-centred cubic unit cell

If the density of a unit cell of a salt AB (rock salt type structure) is 4 g/cm3, then the distance of closest approach between A^(+)and B^(-) will be (Molar mass of AB = 75 g mol^(-1) and N_A= 6 xx 10^(23)

In fcc unit cell , what is the volume occupied ?

Number of formula units in unit cells of MgO (rock salt),ZnS (zinc blende) and Pt (fcc) respectively are 2,3,4 3,3,4 4,1,3 4,4,4

MgO exists in a rock- salt type unit cell .Each Mg^(+2) ion will be is contact with be in contact with