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Potassium (Atomic No. 19) and Chlorine (Atomic No. 17) React to Form a Compound. on the Basis of Electronic Concept, Explain (I) Oxidation (Ii) Reduction (Iii)Oxidising Agent (Iv)Reducing Agent - Chemistry

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Question

Potassium (Atomic No. 19) and chlorine (Atomic No. 17) react to form a compound. On the basis of electronic concept, explain

(i) oxidation

(ii) reduction

(iii)oxidising agent

(iv)reducing agent

Answer in Brief

Solution

2K + Cl2→ 2KCl

1.Oxidation: In the electronic concept, oxidation is a process in which an atom or ion loses electron(s).

K → K+ e-

2.Reduction: In the electronic concept, the reduction is a process in which an atom or ion accepts electron(s).

Cl2 + 2e-→ 2Cl-

iii. Oxidising agent

 An oxidising agent oxidises other substances either by accepting electrons or by providing oxygen or an electronegative ion, or by removing hydrogen or an electropositive ion.

Cl2 + 2e-→ 2Cl-

iv.Reducing agent

 A reducing agent reduces other substances either by providing electrons or by providing hydrogen or an electropositive ion, or by removing oxygen or an electronegative ion.

K → K+ e-

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Chapter 2: Chemical Bonding - Intext Questions [Page 26]

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Selina Concise Chemistry [English] Class 10 ICSE
Chapter 2 Chemical Bonding
Intext Questions | Q 15 | Page 26
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