In orthorhombic , the value of a, b and c are respectively `4.2Å, 8.6 Å and 8.3Å` .Given the molecular mass of the solur is `155 gm mol^(-1)` and that of density is `3.3 gm//cc` the number of formula unit per unit cell is

In orthorhombic , the value of a, b and c are respectively 4.2Å, 8.6 Å and 8.3Å .Given the molecular mass of the solute is 155 gm //mol and that of density is 3.3 gm//cm^3 the number of formula unit per unit cell is

In orthorhombic crystal system, the value of a, b and c are respectively 4.2 Å , 8.6 Å and 8.3 Å . The molecular mass of the solute is 155 g mol^(-1) and density is 3.3 g/cc , the number of formula units per unit cell is ______.

The value of a, b and c values in orthorhombic crystal are 4.2 Å 8.6 Å and 8.3 Å. The molecular mass of the solute is 155 g mol^(-1) and density is 3.3 g/cc. The number of formula units per unit cell is:

The value of a, b and c values in orthorhombic crystal are 4.2 Å, 8.6 Å and 8.3 Å. The molecular mass of the solute is 155 "g mol"^(-1) and density is 3.3 g/cc. The number of formula units per unit cell is:

A compound of molecular mass 155 gm "mol"^(-1) possessing crystal defect exist as orthorhombic crystal having values of a, b and c are respectively 4.2A^(@),8.6A^(@)and8.3A^(@) . The density is observed to be 3.3 gm/cc, the number of formula units calculated per unit cell is