A compound XY crystallizes in BCC lattice with unit cell-edge length of 480 pm, if the radius of Y– is 225 pm, then the radius of `X^(+)` is:

A compound AB crystallized in bcc lattice with unit cell edge length of 480 pm. If the radius of B^(-) is 225pm, then the radius of A^(+) is

A compound AB crystallines in bcc lattice with unit cell edge length of 380 pm. Calculate raduis of A^+ if radius of B^- is 175 pm.

NH_(4) X1 crystallizes in bcc lattice with edge length 383 pm. If the radius of NH_(4)^(+) ion is 154 pm ,calculate the radius of halide (X^(-) ) .

A compound crystallizes in bcc structure. What is unit cell edge length if diameter of its atom is 120 pm?

A compound AB crystallines in bcc lattice with unit cell edge length of 380 pm. Calculate the distance between oppositely charged ions in the lattice.

A compound AB crystallises in bcc lattice with the unit cell edge length of 380 pm . Calculate (i) The distance between oppositely charged Ions in the lattic. (ii)Radius of B^(−) if the radius of A^(+) is 190 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

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