Moldydenum `("At. mass=96g//mol"^(-1))` crystallizes as bcc crystal. If density of crystal is `10.3g//cm^(3)`, then radius of Mo atoms `(use N_(A)= 6 xx 10^(23))`:

Molybdenum ("At. mass=96g//mol"^(-1)) crystallizes as bcc crystal. If density of crystal is 10.3g//cm^(3) , then radius of Mo atoms (use N_(A)= 6 xx 10^(23)) :

Molybdenum (At. wt. = 96g "mol"^(-1) ) crystallizes as bcc crystal. If density of crystal is 10.3 g//"cm"^(3) , then radius of Mo atom is (use N_(A)=6xx10^(23) ):

The edge length of unit cell of a metal having molecular weight 75 g mol^(-1) is 5 Å which crystallizes in cubic lattice. If the density is 2 g cc^(-3) , then find the radius of metal atom (N_(A) = 6 xx 10^(23)) . Give the answer in pm.

The edge length of unit cell of a metal having molecular weight 75 g mol^(-1) is 5 Å which crystallizes in cubic lattice. If the density is 2 g cc^(-1) , then find the radius of metal atom (N_(A) = 6 xx 10^(23)) . Give the answer in pm.

The edge length of unit cell of a metal having molecular weight 75 g mol^(-1) is 5 Å which crystallizes in cubic lattice. If the density is 2 g cc^(-1) , then find the radius of metal atom (N_(A) = 6 xx 10^(23)) . Give the answer in pm.

Sodium crystallizes in bcc structure. If the edge length of unit cell is 4.3xx10^-s cm, the radius of Na atom is

Sodium (atomic mass = 23) forms face-centred cubic crystal. What is the density of sodium crystal if the radius of sodium atom is 1.91Å?