The acidic,basic and amphoteric oxides,respec | vedclass

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(D) To identify the nature of the oxides,we consider their periodic trends:$1$. Non-metallic oxides are generally acidic (e.g.,$Cl_2O, N_2O_3, SO_3, P

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$N_2O_3, Li_2O, Al_2O_3$

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(D) To identify the nature of the oxides,we consider their periodic trends:$1$. Non-metallic oxides are generally acidic (e.g.,$Cl_2O, N_2O_3, SO_3, P_4O_{10}$).$2$. Metallic oxides are generally basic (e.g.,$MgO, CaO, Na_2O, Li_2O$).$3$. Certain oxides like $Al_2O_3$ and $ZnO$ are amphoteric,meaning they react with both acids and bases.Evaluating the options:- Option $A$: $MgO$ (Basic),$Cl_2O$ (Acidic),$Al_2O_3$ (Amphoteric). This matches the required order (Acidic,Basic,Amphoteric) incorrectly.- Option $B$: $Cl_2O$ (Acidic),$CaO$ (Basic),$P_4O_{10}$ (Acidic). This does not contain an amphoteric oxide.- Option $C$: $Na_2O$ (Basic),$SO_3$ (Acidic),$Al_2O_3$ (Amphoteric). This does not match the required order.- Option $D$: $N_2O_3$ (Acidic),$Li_2O$ (Basic),$Al_2O_3$ (Amphoteric). This matches the required order (Acidic,Basic,Amphoteric).

The acidic,basic and amphoteric oxides,respectively,are

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