AB crystallizes in a rock salt structure. The nearest distance between A and B is `Y^(1//3)` nm, where Y is a constant. The molecular mass of AB is `"6.023 Y g/mol"^(-1)` .Determine the density in `kgm^(-3)`.

int(1)/(3x^(2)y^(2)) where y is constant

The crystal AB (rock salt structure) has molecular weight 6.023Y u , where Y is an arbitrary number in u . If the minimum distance between cation and anion is Y^(1)/(3) nm and the observed density is 20 kg m^(-3) . Find a. The density in kg m^(-3) . and b. The type of defect

The crystal AB (rock salt structure) has molecular weight 6.023 y u, where y is an arbitrary number in u. If the minimum distance between cation and anion is y^(1//2) nm and the observed density is 20kg/ m^(3) , find the (i) density in kg/ m^(3) and (ii) type of defect.

A compound AB has a rock salt type structure with A:B=1:1 . The formula weight of AB is 6.023 y amu and the closest A-B distance is y^(1//3) nm. Calculate the density of lattice (in kg//m^(3))