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Statement-I: Absolute value of E(red)^(0...

Statement-I: Absolute value of `E_(red)^(0)` of an electrode cannot be determined.
Because Statement-II: Neither oxidation nor reduction can take place alone.

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Statement-2: Absolute value of E_(red)^(0) of an electrode cannote be determined. Statement-2: Neither oxidation nor reduction can take place alone.

Statement-1: Absolute value of E_("red")^(@) of an electrode cannot be determined. statement-2: Neither oxidation nor reduction can take place alone.

The questions consist of two atatements each, printed as Assertion and Reason. While answering these questions you are required to choose any one of the following four responses : Absolute value of E_(ced)^@ of an electrode cannot be determinde . Neigher oxdation nor reduction can take place alone.

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ALLEN-ELECTROCHEMISTRY-EXERCISE-03
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  9. Statement-I: Absolute value of E(red)^(0) of an electrode cannot be de...

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  10. Copper reduced NO(3)^(-) into NO and NO(2) depending upon conc.of HNO(...

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  18. A half cell is prepared by K(2)Cr(2)O(7) in a buffer solution of pH =1...

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  20. A half cell is prepared by K(2)Cr(2)O(7) in a buffer solution of pH =1...

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