A gas \[X\] at \[1\,atm\] is bubbled through a solution containing a mixture of \[1\,M\,{{Y}^{-}}\] and \[1\,M\,{{Z}^{-}}\] at \[{{25}^{o}}C\]. If the reduction potential of \[Z>Y>X\], then [IIT 1999]

\[Y\] will oxidize \[Z\] and not \[X\]

\[Y\] will oxidize \[X\] and not \[Z\]

\[Y\] will oxidize both \[X\] and \[Z\]

\[Y\] will reduce both \[X\] and \[Z\]

A gas \[X\] at \[1\,atm\] is bubbled through a solution containing a m

1.	A gas \[X\] at \[1\,atm\] is bubbled through a solution containing a mixture of \[1\,M\,{{Y}^{-}}\] and \[1\,M\,{{Z}^{-}}\] at \[{{25}^{o}}C\]. If the reduction potential of \[Z>Y>X\], then [IIT 1999]
A.	\[Y\] will oxidize \[X\] and not \[Z\]
B.	\[Y\] will oxidize \[Z\] and not \[X\]
C.	\[Y\] will oxidize both \[X\] and \[Z\]
D.	\[Y\] will reduce both \[X\] and \[Z\]
Answer» B. \[Y\] will oxidize \[Z\] and not \[X\]

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A gas \[X\] at \[1\,atm\] is bubbled through a solution containing a mixture of \[1\,M\,{{Y}^{-}}\] and \[1\,M\,{{Z}^{-}}\] at \[{{25}^{o}}C\]. If the reduction potential of \[Z>Y>X\], then [IIT 1999]

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