For a unit cell edge length `= 5 Å`, the element is of atomic mass 75, has denstiy of 2gm/cc. Calculate atomic radius of the element

For a unit cell of edge length 10 Å, atomic mass of that element is 150 g and density is 1 g cm^(-3) .Find out the atomic radius .

For a unit cell of edge length 10 Å, atomic mass of that element is 150 g and density is 1 g cm^(-3) .Find out the atomic radius .

An element crystallizes in fcc lattice. If the edge length of the unit cell is 408.6 pm and the density is 10.5 g cm^(-3) . Calculate the atomic mass of the element.

A bcc element (atomic mass 65) has cell edge of 420 pm. Calculate its density in g cm^(-3) .

An element E crystallizes in boyd centred cubic structure. If the edge lengh of the cell is 1.469xx10^-10m and the denstiy is 19.3 g cm^-3 , calculate the atomic mass of this element. Also calculate the radius of an atom of the element.

A element X with atomic mass 60 g/mol has a density of 6.23"g cm"^(-3) . If the edge length of the unit cell is 400 pm, identify the type of the cubic unit cell. Calculate the radius of the atoms of the element.

A element X with atomic mass 60 g/mol has a density of 6.23"g cm"^(-3) . If the edge length of the unit cell is 400 pm, identify the type of the cubic unit cell. Calculate the radius of the atoms of the element.

A element X with atomic mass 60 g/mol has a density of 6.23"g cm"^(-3) . If the edge length of the unit cell is 400 pm, identify the type of the cubic unit cell. Calculate the radius of the atoms of the element.