Al (Atomic mass =27) crystallises in a cubic system with edge length (a) equal to `4Å` its density is `2.7 g cm^(-3)` Calculate the number of aluminium atoms present per unit cell

Al (atomic mass =27) crystallises in a cubic system with edge length (a) equal to 4Å its density is 2.7 g//cm^(3) The type of the unit cell is:

Al (atomic mass =27) crystallises in a cubic system with edge length (a) equal to 4Å its density is 2.7 g//cm^(3) The type of the unit cell is:

Al (atomic mass =27) crystallises in a cubic system with edge length (a) equal to 4Å its density is 2.7 g//cm^(3) The type of the unit cell is:

Al ( at . Wt . 26.98 ) crystallizes in the cubic d system with a oo 4.05 Å . Its density is 2.7 g per cm^(3) . Determine the cell type Calculate the radius of Al atom .

Al ( at . wt . 26.98 ) crystallizes in the cubic system with a = 4.05 Å . Its density is 2.7 g per cm^(3) . Determine the cell type. Calculate the radius of Al atom .

Aluminium metal (atomic weight = 27 g) crystallises in the cubic system with edge length 4.0 Å . The density of metal is 27.16 amu/ Å^(3) . Determine the unit cell type and calculate the radius of the Aluminium metal.