Which combination will give the strongest ionic bond?
(A) \(Mg^{2+}\) & \(O^{2-}\)
(B) \(Mg^{2+}\) & \(Cl^{-}\)
(C) \(Na^{2+}\) & \(Cl^{-}\)
(D) \(Na^{2+} \) & \( O^{2-}\)

Which will from stronger ionic bond ? (i) Na and F (ii) Na and Cl.

Which will from more stable ionic bond (i) Na and Cl (ii) Ca and Cl ?

Which of the following are iso-electronic species? Na^(+), Mg^(2+), Ca^(2+), S^(2-)

Find the coordination of Na^(o+) in Na_(2)O .

The correct order of ionic size of N^(3-), Na^(+), F^(-), Mg^(2+) and O^(2-) and is :

Which of the following pairs would have a smaller size. Explain. (a) Na^(o+) or Mg^(2+) , (b) O^(2-) or F^(ɵ) (c ) P or As

Balance the equation Mg+ HNO_(3) to Mg(NO_(3))_(2) + N_(2)O + H_(2)O

Increasing order of ionic size : N^(3-),Na^(+),F^(-),O^(2-),Mg^(2+)

The set representing the correct order of ionic radius is : a) Na^(+) gt Mg^(2+) gt Al^(3+) gt Be^(2+) gt Li^(+) b) Na^(+) gt Li^(+) gt Mg^(2+) gt Al^(3+) gt Be^(2+) c) Na^(+) gt Mg^(2+) gt Al^(3+) gt Li^(+) gt Be^(2+) d) Na^(+) gt Mg^(2+) gt Li^(+) gt Be^(2+) gt Al^(3+)

The set representing the correct order of ionic radius is : a) Na^(+) gt Mg^(2+) gt Al^(3+) gt Be^(2+) gt Li^(+) b) Na^(+) gt Li^(+) gt Mg^(2+) gt Al^(3+) gt Be^(2+) c) Na^(+) gt Mg^(2+) gt Al^(3+) gt Li^(+) gt Be^(2+) d) Na^(+) gt Mg^(2+) gt Li^(+) gt Be^(2+) gt Al^(3+)