Home
Class 12
CHEMISTRY
A mineral having the formula XY(2) crys...

A mineral having the formula `XY_(2)` crystaillises in the cubic closed packed lattic with the A- atoms occupaying the lattice point .Fraction of the betradral sites occupired by B- atoms is

Promotional Banner

Similar Questions

Explore conceptually related problems

A mineral having the formula AB_(2) crytallises in the cubic close-packed lattice, with the A atoms occupying the lattice points. What is the coordination number of the A atoms and B atoms ? What percentage fraction of the tetrahedral sites is occupied by B atoms ?

A mineral having the formula AB_(2) crytallises in the cubic close-packed lattice, with the A atoms occupying the lattice points. What is the coordination number of the A atoms and B atoms ? What percentage fraction of the tetrahedral sites is occupied by B atoms ?

A mineral having the formula AB_(2) , crystallises in the cubic close -packed lattice, with the A atom occupying the lattice points. The co-ordination number of the A atoms is x, that of B atoms is y. Report your answer ( x- y)

A mineral having the formula AB_(2) , crystallises in the cubic close -packed lattice, with the A atom occupying the lattice points. The co-ordination number of the A atoms is x, that of B atoms is y. Report your answer ( x- y)

Q. A mineral having the formula AB_(2) crystallises in the cubic closed packed lattice, with A^(2+) atoms occupying the lattice points and B^(-) tetrahedral voids. the coordination number of A, B and fraction of the tetrahedral sites occupied by B atom respectively are:

A mineral having the formula AB_(2) crystallizes in the ccp lattice, with A atoms occupying the lattice points. Select the correct statement(s).

A mineral having the formula AB_(2) crystallizes in the ccp lattice, with A atoms occupying the lattice points. Select the correct statement(s).

A mineral having the formula AB_(2) crystallizes in the ccp lattice, with A atoms occupying the lattice points. Select the correct statement(s).

AgI crystallises in the cubic close-packed zinc blend structure. Assuming that the iodide ions occupy the lattice points, fraction of the tetrahedral sites occupies by sliver ions are