samall quantities of solutionof componds TX ,TYand TZ are put in to separate test tubes cntaining x y and z solutoin Tx does not react with any of these TY reacts oth with x and z tz rectswithx th drcasing order of ase of oxidation of the anons X^(-) Y^(-0) and Z^(-1) id

samall quantities of solutionof componds TX ,TYand TZ are put in to se

1.	samall quantities of solutionof componds TX ,TYand TZ are put in to separate test tubes cntaining x y and z solutoin Tx does not react with any of these TY reacts oth with x and z tz rectswithx th drcasing order of ase of oxidation of the anons X^(-) Y^(-0) and Z^(-1) id
Answer» `Y^(-),Z^(-),X^(-)` `Z^(-),X^(-),Y^(-)` `Y^(-),X^(-),Z^(-)` `X^(-),Z^(-),Y^(-)` Solution :Since TX does not react with any of the solution it means that `X^(-)` is least EASILY oxidizedsince TY reacts with both X and Z i.r `Y^(-) +XrarrX^(-)+Y` and `Y^(-)+ZrarrZ^(-)+Y` THEREFORE `Y^(-)` is mosteasily oxidizedsince tZ reacts with ony X i.r `Z^(-)`is more easily oxidized than `X^(-)` combining all the result the decreasing order of OXIDATION of anions follows the order `Y^(-)GTZ^(-)gtX^(-)`