A crystalline solid has simple cubic structure in which P atoms are present at the corners, Q atoms are present at the edge centres and R atoms are present at the centre of the unit cell.
What is the formula of the compound?

A solid has a cubic structure in which 'X' atoms are located at the C0rners of the cube, 'Y' atoms are at the cube centres and 0 atoms are at the edge centres. What is the formula of the compound?

A solid has cubic structure in which X atoms are located at the corners of the cube, Y atoms at the body centre and O atoms at the edge centres. What is the formula of the compound?

A solid has a structure in which W atoms are located at the C0rners of a lattice, O atoms at the centre of the edges and Na atom at the centre of the cube. The formula of the compound is

A solid compound contains XYZ atoms in a cubic lattice with X atoms occupying the corners, Y atoms in the body centred positions and Z atoms at the centres of faces of the unit cell. What is the empirical formula of the compound

A solid compound contains X,Y and Z atoms in a cubic lattice with x atom occupying the corners Y atoms in the body centred positions and Z atoms at the centres of faces of the unit cell . What is empirical formula of the compound ?

A crystalline solid has a cubic structure In which Tungsten (W) atoms are located at the cubic comers of the unit cell, oxygen atoms at the cube edges and sodium atom at the cube centre. What is the molecular formula of the compound?

In a face centred lattice of X and Y, X atoms are present at the corners while Y atoms are at face centres. Then formula of the compounds is

An ionic compound made up of atoms 'X' and 'Y' has a face centred cubic arrangement in which atoms 'X' are at the corners and atom 'Y' are at the face centres. If one of the atoms is missing from the C0rner. What is the simplest formula of the compound?

An alloy of silver and copper crystallizes in a cubic lattice in which silver atoms occupy the lattice points at the comers of a cube and copper atoms occupy the face centres of the cube. Determine the formula of the compound