Small quantities of solutions of compounds TX, TY and TZ are put into separete test tubes containing X,Y and Z solution. TX does not react with any of these. TY reacts with both X and Z. Does not react with any of these. TY reats with both X and Z. TZ reacts with X. the decreasing order of state of oxidation of the anions `X^(-),Y^(-),Z^(-)`A. `Y^(-),Z^(-),X^(-)`B. `Z^(-),X^(-),Y^(-)`C. `Y^(-),X^(-),Z^(-)`D. `X^(-),Z^(-),Y^(-)`

Small quantities of solutions of compounds TX, TY and TZ are put into

1.	Small quantities of solutions of compounds TX, TY and TZ are put into separete test tubes containing X,Y and Z solution. TX does not react with any of these. TY reacts with both X and Z. Does not react with any of these. TY reats with both X and Z. TZ reacts with X. the decreasing order of state of oxidation of the anions `X^(-),Y^(-),Z^(-)`A. `Y^(-),Z^(-),X^(-)`B. `Z^(-),X^(-),Y^(-)`C. `Y^(-),X^(-),Z^(-)`D. `X^(-),Z^(-),Y^(-)`
Answer» Correct Answer - A Oxidizing tendency`prop(1)/("Electrode potential")` `Txto`No reaction `TY to X,Z` `TZtoX` `implies`Order of electrode potential is `TY lt TZ lt TX` `implies`Order of oxidation of the anion is `Y^(-) gt Z^(-) gt X^(-)`.

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What are elementary reactions ?

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