Statement-1 : In ZnS zinc blende structure $Z{n}^{2+}$ from FCC while alternate tetrahedral voids are occupied by $S^{2-}$.
Statement-2: Positions of $Z{n}^2+\text{and}{S}^{2-}$ in zinc blende structure are similar.

In Zinc blende structure, $Z{n}^{+2}$ ions are present in alternate tetrahedral voids and $S^{-2}$ in ccp. The coordination number of $Z{n}^{+2}$ and $S^{-2}$ are respectively

In Zinc blende structure, $Z{n}^{+2}$ ions are present in alternate tetrahedral voids and $S^{-2}$ in ccp. The coordination number of $Z{n}^{+2}$ and $S^{-2}$ are respectively

In Zinc blende , the percentage of tetrahedral voids occupied by $Z{n}^{2+}$ ions is :

If Agl crystallises in zinc blende structure with $I^{-}$ ions at lattice points. What fractions of tetrahedral voids is occupied by $A{g}^{+}$ ions ?

If the crystallises in zinc blende structure with $I^{-}$ ions at lattice points. What fraction of tetrahedral voids is occupied by $A{g}^{+}$ ions ?

In the zinc blende structure, zinc ions occupy alternate tetrahedral voids and $S^{2-}$ ions exist as ccp the radii of $Z{n}^{2+}$ and $S^{2-}$ ions are 0.83Å and 1.74 Å respectively.The edge length of the ZnS unit cell is :

In the zinc blende structure, zinc ions occupy alternate tetrahedral voids and $S^{2-}$ ions exist as ccp the radii of $Z{n}^{2+}$ and $S^{2-}$ ions are 0.83Å and 1.74 Å respectively.The edge length of the ZnS unit cell is :

If the crystallises in zinc blende structure with $I^{-}$ ions at lattice points. What fraction of tetrahedral voids is occupied by $A{g}^{+}$ ions ?

If the crystallises in zinc blende structure with $I^{-}$ ions at lattice points. What fraction of tetrahedral voids is occupied by $A{g}^{+}$ ions ?

If the crystallises in zinc blende structure with $I^{-}$ ions at lattice points. What fraction of tetrahedral voids is occupied by $A{g}^{+}$ ions ?