STATEMENT -1 : For fluorite structure , the `F^(-)` ions occupy tetrahedral void and `Ca^(2+)`
ions in ccp
STATEMENT-2 : The radius ratio of fluorte structure is 0.414

STATEMENT -1 : For fluorite structure , the F^(-) ions occupy tetrahedral void and Ca^(2+) ions in ccp STATEMENT-2 : The radius ratio of fluorite structure is 0.414

STATEMENT -1 : In NaCl structure , Na^(+) ion occupy octahedral holes and Cl^(-) ions occupy ccp. STATEMENT -2 : The distance of the nearest neighours in NaCl structure is a//2 where a is the edge length of the cube .

STATEMENT -1 : In NaCl structure , Na^(+) ion occupy octahedral holes and Cl^(-) ions occupy ccp. STATEMENT -2 : The distance of the nearest neighours in NaCl structure is a//2 where a is the edge length of the cube .

STATEMENT -1 : In NaCl structure , Na^(+) ion occupy octahedral holes and Cl^(-) ions occupy ccp. STATEMENT -2 : The distance of the nearest neighours in NaCl structure is a//2 where a is the edge length of the cube .

STATEMENT -1 : In NaCl structure , Na^(+) ion occupy octahedral holes and Cl^(-) ions occupy ccp. STATEMENT -2 : The distance of the nearest neighours in NaCl structure is a//2 where a is the edge length of the cube .

Statement-1:For NaCl structure, Cl^- ions occupy corners and face centre and Na^+ ions occupy edge centres and body centre. Statement-2:The radius ratio of NaCl structure varies from 0.414 to 0.732

Statement-1:For NaCl structure, Cl^- ions occupy corners and face centre and Na^+ ions occupy edge centres and body centre. Statement-2:The radius ratio of NaCl structure varies from 0.414 to 0.732

What is the radius of ratio (r^+/r^-) for an ion to occupy: tetrahedral void.

In Zinc blende , the percentage of tetrahedral voids occupied by Zn^(2+) ions is :