Radii of `A` and that of `X` and `Y` have been given as
`A = 1.00` pm
`X = 1.00` pm
`Y = 2.00` pm
Thus ratio of volume of AX and AY unit cells is

Radii of A^(+) and that of X^(-) and Y^(-) have been given as A^(+)=1.00 pm X^(-)=1.00 pm Y^(-)=2.00 pm Assign structure of AX and AY crystals and also determine the volume of unit cells of AX and AY crystals.

Radii of A^(+) and that of X^(-) and Y^(-) have been given as A^(+)=1.00 pm X^(-)=1.00 pm Y^(-)=2.00 pm Assign structure of AX and AY crystals and also determine the volume of unit cells of AX and AY crystals.

In an ionic compound A+X', the radii of A^(+) and X ions are 1.0 pm and 2.0 pm respecti­vely. The volume of the unit cell of the crystal AX will be

In an ionic compound A^(+)X^(-) , the radii of A^(+) and X^(-) ions ar 1.0pm and 2.0pm, respectively. The volume of the unit cell of the crystal AX will be:

Given length of side of hexagonal unit cell is (100)/sqrt(2) pm . The volume of hexagonal unit cell is ("in" "pm"^(3)) :

Let y=l-z where l=2.0 pm 0.1, z=1.0 pm 0.1 then the vaule of y is given by

Given length of side of hexagonal uint cell is (100)/sqrt(2) pm . The volumes of hexagonal unit cell is ("in" "pm"^(3)) :

Given length of side of hexagonal uint cell is (100)/sqrt(2) pm . The volumes of hexagonal unit cell is ("in" "pm"^(3)) :