In a crystalline solid, X atoms occupy hcp and `1//4` th of tetrahedral coids are occupied by Y atoms. Then empirical formula of crystalline solid is

In a solid, atom M occupies ccp lattice and 1/3rd of tetrahedral voids are occupied by atom N. Find the formula of solid formed by M and N-

In a solid atom M occupies ccp lattice and ((1)/(3)) of tetrahedral voids are occupied by atom N, find the formula of solid formed by M and N .

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 of element A and B form an HCP lattice such that atoms of A are present at corners of the unit cell and atoms of B are present at the centers of both the hexagonal faces as well as inside the unit cell. All the tetrahedral voids are occupied by atoms of element C and all the octahedral voids are occupied by atoms of element D . Find out the formula of the crystalline solid.

A crystalline compound consists of elements A and B. Atoms of element B from the cubic close-packed structure, in which half of the tetrahedral voids are occupied by A atoms. Determine the empirical formula of the compound.

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