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))`

An ionic compound AB has a rock salt structure with A:B=1:1. the formula mass of AB is 6.02y amu and the closest A-B distance is y^(1//3) nm. Calculate the density of lattice in kg m^(-3) .

A compound AB has a rock salt type structure with A:B=1:1 . The formula weight of AB is 6.023y grams and the closest A-B distance is y^(1//3) Å . If the density of lattice is 'x' g/cc then x is

A compount AB has a rock type structure with A:B=1:1 . The formula weight of AB is 6.023 Y am u and the closed A-B distance is Y^(1//3) nm. (i) Find the density of lattice. (ii) If the density of lattice is found to be 20 kg m^(-3) , then predict the type of defect.

A compount AB has a rock type structure with A:B=1:1 . The formula weight of AB is 6.023 Y am u and the closed A-B distance is Y^(1//3) nm. (i) Find the density of lattice. (ii) If the density of lattice is found to be 20 kg m^(-3) , then predict the type of defect.

A compound AB has rock salt type structure. The formula weight of AB is 6.023 Y amu and the closest A-B distance is Y^(1/3) nm, where Y is an arbitrary number. If the density of lattice is found to be 20kg m^-3 predict the type of defect.

A compound AB has rock salt type structure. The formula weight of AB is 6.023 Y amu and the closest A-B distance is Y^(1/3) nm, where Y is an arbitrary number. Find the density of the lattices.