A solid crystal is composed of X, Y and Z atoms. Y atoms are occupying `50%` of octahedral voids, whereas X atoms are occupying the `100%` tetrahedral voids while Z atoms occupy CCP arrangement. The formula of the compound is:

In a compound, atoms A occupy 3//4 of the tetrahedral voids and atoms B from ccp lattice. The emperical formula of the compound is

In a compound, atoms A occupy 3//4 of the tetrahedral voids and atoms B from ccp lattice. The empirical formula of the compound is

Atoms A present in ccp lattice atoms B occupied tetrahedral voids and atoms C present in octahderal voids. The formula of compound is

A solid is formed and it has three types of atoms X, Y, Z. X forms an FCC lattice with Y atoms occupying one-fourth of tetrahedral voids and Z atoms occupying half of the octahedral voids. The formula of the solid is

A crystalline solid is made of X, Y and Z elements. Atoms of X form fcc packing , atoms of Y occupy octahedral voids while atoms of Z occupy tetrahedral voids. What will be the simplest formula of solid if atoms along one body diagonal are removed ?

A compound is formed by elements of X, Y and Z . Atoms of Z (anions) fcc lattice. Atoms of X (cations) occupy all the octahedral voids. Atoms of Y (cations) occupy (1)/(3)rd of the tetrahedral voids. The formula of the compound is