The gas`X` at `1 atm` is bubbled through a solution containing a mixture of `1MY^(c-)` and `1MZ^(c-)` at `25^(@)C` . If the order of reduction potential is `ZgtYgtX`, thenA. `Y` will oxidise `X` and not `Z`B. `Y` will oxidise `Z` and not `X`C. `Y` will oxidise both `X` and `Z`D. `Y` will reduce both `X` and `Z`

The gas`X` at `1 atm` is bubbled through a solution containing a mixtu

1.	The gas`X` at `1 atm` is bubbled through a solution containing a mixture of `1MY^(c-)` and `1MZ^(c-)` at `25^(@)C` . If the order of reduction potential is `ZgtYgtX`, thenA. `Y` will oxidise `X` and not `Z`B. `Y` will oxidise `Z` and not `X`C. `Y` will oxidise both `X` and `Z`D. `Y` will reduce both `X` and `Z`
Answer» Correct Answer - A `E_(RP_(Z//Z^(-)))^(@) gt E_(RP_(Y//Y^(-)))^(@) gt E_(RP_(X//X^(-)))^(@)` Thus order of oxidizing power will be `Z gt Y gt X`

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What are elementary reactions ?

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