Consider the following orders : i) HF gtHCl gt HBr gt HI : Lewis basic character ii) CH_(4) lt "CCl"_(4) lt CF_(4) : Electronegativity of central 'C' -atom iii) Mg^(2+) lt K^(+) lt S^(2-) lt Se^(2-) : Ionic radius iv) Ni gt Pb gt Pt : Ionisation energy v) As^(5+) gt Sb^(5+) gt Bi^(5+) : Stable oxidation state vi) LiF gt NaF gt KF gt RbF : Lattice energy vii) F_(aq)^(-) gt Cl_(aq)^(-) gt Br_(aq)^(-) gt I_(aq)^(-) : Electrical consuctance viii) Li^(+) lt Mg^(2+) gt Al^(3+): Hydration energy ix) Cl gt Br gt F gt I : Electron affinity x) BeCl_(2) lt AlCl_(3) lt SiCl_(4): Lewis acidic character Then calculate value of |x-y|, where x and y are correct and incorrrect orders respectively.

Consider the following orders : i) HF gtHCl gt HBr gt HI : Lewis basi

1.	Consider the following orders : i) HF gtHCl gt HBr gt HI : Lewis basic character ii) CH_(4) lt "CCl"_(4) lt CF_(4) : Electronegativity of central 'C' -atom iii) Mg^(2+) lt K^(+) lt S^(2-) lt Se^(2-) : Ionic radius iv) Ni gt Pb gt Pt : Ionisation energy v) As^(5+) gt Sb^(5+) gt Bi^(5+) : Stable oxidation state vi) LiF gt NaF gt KF gt RbF : Lattice energy vii) F_(aq)^(-) gt Cl_(aq)^(-) gt Br_(aq)^(-) gt I_(aq)^(-) : Electrical consuctance viii) Li^(+) lt Mg^(2+) gt Al^(3+): Hydration energy ix) Cl gt Br gt F gt I : Electron affinity x) BeCl_(2) lt AlCl_(3) lt SiCl_(4): Lewis acidic character Then calculate value of \|x-y\|, where x and y are correct and incorrrect orders respectively.
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