Question:

The correct order of reduction potentials of the following pairs is

(A)\( \frac{Cl_2}{Cl^–}\)

(B)\( \frac{I_2}{I^–}\)

(C) \(\frac{Ag^+}{Ag}\)

(D) \(\frac{Na^+}{Na}\)

(E) \(\frac{Li^+}{ Li}\)

Choose the correct answer from the options given below:

Updated On: Jul 6, 2024
  • A > C > B > D > E
  • A > B > C > D > E
  • A > C > B > E > D
  • A > B > C > E > D
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The Correct Option is A

Solution and Explanation

The correct option is (A): A > C > B > D > E.

-Standard Reduction Potential
(A) Cl2/Cl1.36 V
(B) I2/I–0.54 V
(C) Ag+/Ag0.80 V
(D) Na+/Na–2.71 V
(E) Li+/ Li–3.05 V

Hence, correct order is A > C > B > D > E

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Organic chemistry is the branch of chemistry that involves the scientific study of organic compounds. Organic chemistry primarily deals with the structure and chemical composition of organic compounds, the physical and chemical properties of organic compounds, and the chemical reactions undergone by these compounds.

Reaction Intermediates in Organic Chemistry:

Intermediates can be understood as the first product of a consecutive reaction. For example, in a chemical reaction, if A→B and B→C, then, B can be said to be the intermediate for reaction A→C. The reactions in organic chemistry occur via the formation of these intermediates.

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Where the substrate is an organic molecule to which we add the reagent. Based on the ability to either donate or abstract electrons, the reagents can be classified as:

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