A solid `A^(o+)B^(ɵ)` has `NaCl`-type close-packed structure. If the radius of the cation is `90` pm, calculate the probable range of the radius of the anion.

A solid AB has the NaCl structure. If the radius of the cation A^(+) is 150 pm, calculate the maximum possible value of the radius of the anion B^(-) .

A solid AB has NaCl structure. If the radius of cation A^(+) is 160 pm, calculate the maximum possible value of radius of the anion B^(-) ?

A solid AB has NaCl structure. If the radius of cation A^(+) is 170 pm, calculate the maximum possible radius of the anion.

A solid AB has NaCl structure. If the radius of cation A^(+) is 170 pm, calculate the maximum possible radius of the anion.

A solid AB has NaCl structure. If the radius of cation A^(+) is 170 pm, calculate the maximum possible radius of the anion.

A solid AB has NaCl structure. If the radius of cation A^(+) is 170 pm, calculate the maximum possible radius of the anion.

A solid A^(o+)B^(ɵ) has NaCl -type close-packed structure. If the anion has a radius of 250 pm, what should be the ideal radius for the cation? Can a cation C^(o+) having radius of 180 pm be slipped into the tetrahedral site of the crystal A^(o+)B^(ɵ) ? Give reason for your answer.