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 ?

In a crystalline solid, atom of A form fcc packing and atoms of B occupy all octahedral voids. If all the atoms along one body diagonal are removed then what will be the simplest formula of the crystalline solid ?

In a crystalline solid, atoms of X form fcc packing and atoms of Y occupy all octahedral voids. If all the atoms along one body diagonal are removed, what is the simplest formula of the crystalline lattice solid?

In a crystalline solid, atoms of X form fcc packing and atoms of Y occupy all octahedral voids. If all the atoms along one body diagonal are removed, what is the simplest formula of the crystalline lattice solid?

In a crystalline solid,atoms of X from fcc packing and the atoms of Y occupy all octahedral voids.If the atoms along one body diagnal are removed then the simplest formula of the crystalline solid will be:

A solid is formed by three elements X,Y and Z, X atoms form a fcc lattice with Y atoms occupying all tetrahedral voids. Z atoms occupying half the octahedral voids. The formula of the solids is :

In a crystalline compound, atoms C occupy CCP lattices while atoms D occupy 2/3rd tetrahedral voids, what is the formula of compound?

A atom crystallise in fcc and B atoms occupies tetrahedral voids. what is the formula of compound?

A crystal is made up of particals X , Y , and Z . X froms fcc packing. Y occupies all octahedral voids of X and Z occupies all tetrahedral voids of X . If all the particles along one body diagonal are removed. Then the fromula of the crystal would be

A crystal is made up of particals X , Y , and Z . X froms fcc packing. Y occupies all octahedral voids of X and Z occupies all tetrahedral voids of X . If all the particles along one body diagonal are removed. Then the fromula of the crystal would be