A metal crystallises face-centred cubic lattice with edge length of 450pm. Molar mass of the metal is 50 g `"mol"^(-1)` . The density of metal will be :

A metal crystallises face-centred cubic lattice with edge length of 450 pm. Molar mass of the metal is 50g"mol"^(-1) The density of metal will be: (1) 2.64g/cm^3 (2) 3.64 g/cm^3 (3) 4.64 g/cm^3 (4) 2.68 g/cm^3

A metal crystallises as body centred cubic lattice with the edge length of unit cell equal to 0.304 um. If the molar mass of the metal is 50.3 g mol^(-1),its density is

A metal crystallises as body centred cubic lattice with the edge length of unit cell equal to 0.304 nm. If the molar mass of the metal is 50.3g "mol"^(-1) , its density is

A metal crystallises as body centred cubic lattice with the edge length of unit cell equal to 0.304 nm. If the molar mass of the metal is 50.3 g mol^(−1) , its density (in g cm^(−3) ) is :

A metal crystallises in body centred cubic lattice with edge length of the cube 287 pm. Calculate the radius of metal atom.

Calcium metal crystallises in a face centred cubic lattice with edge length of 0.556 nm. Calculate the density of the metal if it contains (i) 0.2% Frenkel defects (ii) 0.1% Schottky defects

A metal crystallises with a face-centred cubic lattice. The edge of the unit cell is 408pm. The diameter of the metal atom is-