A compound made of particles `A`, `B`, and `C` forms `ccp` lattice. Ions `A` are at lattice points, `B` occupy `TV_(s) C` occupy `OV_(s)`. If all the ions along one of the edge axis are removed, then formula of the compound is

A compound made of particles A , B , and C forms ccp lattice. In the lattice, ions A occupy the lattice points and ions B and C occuphy the alternate TV_(s) . If all the ions along one of the body diagonals are removed, then formula of the compound is

A compound made of particles A , B , and C forms ccp lattice. In the lattice, ions A occupy the lattice points and ions B and C occuphy the alternate TV_(s) . If all the ions along one of the body diagonals are removed, then formula of the compound is

A compound made of particles A , B , and C forms ccp lattice. In the lattice, ions A occupy the lattice points and ions B and C occuphy the alternate TV_(s) . If all the ions along one of the body diagonals are removed, then formula of the compound is

A compound made of particles A and B . A forms fc c packing and B occupies all the OV_(s) . If all the particles along the plane as shown in the figure below are removeed, then the simplest formula of the compound is

A compound made of particles A and B . A forms fc c packing and B occupies all the OV_(s) . If all the particles along the plane as shown in the figure below are removeed, then the simplest formula of the compound is

A solid AB forms rock salt structure in which anions B^- forms the lattice. If all particles along one of the tetrad axis is removed the formula of resulting compound is

A_(2)B has antifluorite structure (B forms FCC lattice and A occupies tetrahedral voids).If all ions along any one body diagonal are removed, then new formula of compound will be :