[" A salt AB crystallises in the CsCI "],[" structure.The anions at the corners and "],[" the cation in the centre.hence,radius "],[" ratio "r_(+)/r_(-)]

A salt AB cystallises in the CsCl structure. The anions at the corners and the cation in the centre. Hence, radius ratio r_(+)//r_(-)

AX,AY,BX , and BY have rock salt type structure with following internuclear distances: |{:("Salt","Anion-anion","Cation-anion"),(,"distance in"Å,"distance in"Å),(AX,2.40,1.70),(AY,1.63,1.15),(BX,2.66,1.88),(By,2.09,1.48):}| A salt MY crystallizes in the CsCl structure. The anions at the corners touch each other and cation is in the centre. The radius ratio (r_(o+)//r_(Θ)) for this structure is

AX,AY,BX , and BY have rock salt type structure with following internuclear distances: |{:("Salt","Anion-anion","Cation-anion"),(,"distance in"Å,"distance in"Å),(AX,2.40,1.70),(AY,1.63,1.15),(BX,2.66,1.88),(By,2.09,1.48):}| A salt MY crystallizes in the CsCl structure. The anions at the corners touch each other and cation is in the centre. The radius ratio (r_(o+)//r_(Θ)) for this structure is

AX,AY,BX , and BY have rock salt type structure with following internuclear distances: |{:("Salt","Anion-anion","Cation-anion"),(,"distance in"Å,"distance in"Å),(AX,2.40,1.70),(AY,1.63,1.15),(BX,2.66,1.88),(By,2.09,1.48):}| A salt MY crystallizes in the CsCl structure. The anions at the corners touch each other and cation is in the centre. The radius ratio (r_(o+)//r_(Θ)) for this structure is

Ionic substance AB crystallises in rock salt structure. If all ions at the centre of the faces and at the body centre are removed, what should be the percentage of number of ions remained?

A cation is in the centre touches three anions. Assume that the anions also touch each other. The limiting radius ratio, r^(+)//r^(-) is

A cation is in the centre touches three anions. Assume that the anions also touch each other. The limiting radius ratio, r^(+)//r^(-) is

solid AB crystallises as NaCl structure and the radius of the cation is 0.100nm. The maximum radius of the anion can be :