If an atom crystallizes in bcc lattice with `r=4 Å` then the edge length will be

If an atom crystallises in bcc lattice with r = 4Å then the edge length will be-

A compound AB crystallizes in bcc lattice with unit edge length of 380 pm. Calculate (i)The distance between oppositely charged ions in the lattice. (ii)Radius of A^+ if radius of B is 175 pm

A compound AB crystallizes in bcc lattice with unit edge length of 380 pm. Calculate (i)The distance between oppositely charged ions in the lattice. (ii)Radius of A^+ if radius of B is 175 pm

An unknown metal is found to have a specific gravity of 10.2 at 25^(@)C . It is found to crystallize in a body centered cubic lattice with a unit cell edge length of 3.147 Å . Calculate the atomic weight.

An unknown metal is found to have a specific gravity of 10.2 at 25^(@)C . It is found to crystallize in a body centered cubic lattice with a unit cell edge length of 3.147 Å . Calculate the atomic weight.

A metal crystallizes in bcc lattice. The percent fraction of edge length not covered by atom is

A metal crystallizes in bcc lattice. The percent fraction of edge length not covered by atom is