318752 The total number of tetrahedral voids in the face centred unit cell is

318753 In a cubic close packed structure of mixed oxides, the lattice is made up of oxides ions, \(20 \%\) of tetrahedral voids are occupied by divalent \(\mathrm{X}^{2+}\) ions and \(50 \%\) of the octahedral voids are occupied by trivalent \(\mathrm{Y}^{3+}\) ions. The formula of the oxide is

318754 In a solid, oxide ions are arranged in CCP, cations A occupy one-sixth of the tetrahedral voids and cations B occupy one-third of the octahedral voids. The formula of the compound is

318755 If ' \(\mathrm{Z}\) ' is the number of atoms in the unit cell that represents the closest packing sequence --\(\mathrm{ABC} \mathrm{ABC}---\), the number of octahedral voids in the unit cell is equal to

318752 The total number of tetrahedral voids in the face centred unit cell is

318753 In a cubic close packed structure of mixed oxides, the lattice is made up of oxides ions, \(20 \%\) of tetrahedral voids are occupied by divalent \(\mathrm{X}^{2+}\) ions and \(50 \%\) of the octahedral voids are occupied by trivalent \(\mathrm{Y}^{3+}\) ions. The formula of the oxide is

318754 In a solid, oxide ions are arranged in CCP, cations A occupy one-sixth of the tetrahedral voids and cations B occupy one-third of the octahedral voids. The formula of the compound is

318755 If ' \(\mathrm{Z}\) ' is the number of atoms in the unit cell that represents the closest packing sequence --\(\mathrm{ABC} \mathrm{ABC}---\), the number of octahedral voids in the unit cell is equal to

318752 The total number of tetrahedral voids in the face centred unit cell is

318753 In a cubic close packed structure of mixed oxides, the lattice is made up of oxides ions, \(20 \%\) of tetrahedral voids are occupied by divalent \(\mathrm{X}^{2+}\) ions and \(50 \%\) of the octahedral voids are occupied by trivalent \(\mathrm{Y}^{3+}\) ions. The formula of the oxide is

318754 In a solid, oxide ions are arranged in CCP, cations A occupy one-sixth of the tetrahedral voids and cations B occupy one-third of the octahedral voids. The formula of the compound is

318755 If ' \(\mathrm{Z}\) ' is the number of atoms in the unit cell that represents the closest packing sequence --\(\mathrm{ABC} \mathrm{ABC}---\), the number of octahedral voids in the unit cell is equal to

318752 The total number of tetrahedral voids in the face centred unit cell is

318753 In a cubic close packed structure of mixed oxides, the lattice is made up of oxides ions, \(20 \%\) of tetrahedral voids are occupied by divalent \(\mathrm{X}^{2+}\) ions and \(50 \%\) of the octahedral voids are occupied by trivalent \(\mathrm{Y}^{3+}\) ions. The formula of the oxide is

318754 In a solid, oxide ions are arranged in CCP, cations A occupy one-sixth of the tetrahedral voids and cations B occupy one-third of the octahedral voids. The formula of the compound is

318755 If ' \(\mathrm{Z}\) ' is the number of atoms in the unit cell that represents the closest packing sequence --\(\mathrm{ABC} \mathrm{ABC}---\), the number of octahedral voids in the unit cell is equal to