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 6.023Y 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, The 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 6.023Y u , where Y is an arbitrary number in u . If the minimum distance between cation and anion is Y^(1/3) nm . Find the density in kg m^(-3) .

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.

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.

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

Crystál AB (rock salt structure) has molecular weight '6.023 x u where 'x' is an arbitrary number in u. If the minimum distance between cation and anion is 'x^1/ 3, nm' (i) find the density in 'kgm^-3'. if the measured density is '20 kgm^-3',(ii) Identify the type of point defect.

Crystal has face centred cubic structure, having atomic weight 6.023y g mol^-1 . If the minimum distance between two atoms is y^(1//3) nm and the observed density is 20 kg m^-3 find density in Kg m^-3 .

Crystal has face centred cubic structure, having atomic weight 6.023y g mol^-1 . If the minimum distance between two atoms is y^(1//3) nm and the observed density is 20 kg m^-3 find type of defect in crystal lattice.