`O^(2-)` and `Si^(4+)` are isoelectronic ions. If the ionic radius of `O^(2-)` is `1A^(0)`, the ionic radius of `Si^(4+)` will be

O^(2-) " and " Si^(4+) are isoelectronic ions. If the ionic radius of O^(2-) " is " 1A^(@) , the ionic radius of Si^(4+) will be

O^(2-) and Si^(4+) are isoelectronic ions. If the ionicradius of O^(2-) is 1.4 A^(@) , the ionic radius of Si^(4+) will be

O^(2-) and Si^(4+) are isoelectronic ions. If the ionic radius of O^(2-) is 1.4 oversetoA , the ionic radius of Si^(4+) will be

The Ionic radius of Br^(-1) is 1.96A^@ and the Ionic radius of I^(-1) will be

CdO has NaCl like structure with density 8.27g//c c . If the ionic radius of O^(2-) is 1.24A^(@) determine the ionic radius of Cd^(2+) :

CdO has NaCl like structure with density 8.27g//c c . If the ionic radius of O^(2-) is 1.24A^(@) determine the ionic radius of Cd^(2+) :

Cdo has NaCl structure with density 8.27 g/cc. If the ionic radius of O^(2-) is 1.24 Å , determine ionic radius of Cd^(2+)

CdO has NaCl like structure with density 8.27g//c c . If the ionic-radius of O^(2-) is 1.24A^(@) determine the ionic radius of Cd^(2+) :