Question 8.10 The compound AgF2 is an unstable compound. However, if formed, the compound acts as a very strong oxidizing agent. Why?
Class XI Redox Reactions Page 273
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103
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Your Question =>
The compound is an unstable compound. However, if formed, the compound acts as a very strong oxidizing agent. Why?
Answer:
The oxidation state of Ag in
is +2. But, +2 is an unstable oxidation state of Ag.
Therefore, whenever is formed, silver readily accepts an electron to form Ag+. This helps to bring the oxidation state of Ag down from +2 to a more stable state of +1. As a result,
acts as a very strong oxidizing agent.
Your Question =>
The compound is an unstable compound. However, if formed, the compound acts as a very strong oxidizing agent. Why?
Answer:
The oxidation state of Ag in
is +2. But, +2 is an unstable oxidation state of Ag.
Therefore, whenever is formed, silver readily accepts an electron to form Ag+. This helps to bring the oxidation state of Ag down from +2 to a more stable state of +1. As a result,
acts as a very strong oxidizing agent.
Answered by
52
concept :- Ag⁺ is more stable than Ag²⁺ Cation because of the presence of completely filled configuration of Ag⁺ .
and we know, an oxidizing agent has great tendency of accepting electrons.
now, In AgF2 , Ag is in +2 oxidation state . it is highly unstable so, it readily accepts an electrons to attain +1 oxidation state which is more stable.
e.g., Ag²⁺ + e --------> Ag⁺
that's why AgF2 acts as strong .oxidizing agents .
and we know, an oxidizing agent has great tendency of accepting electrons.
now, In AgF2 , Ag is in +2 oxidation state . it is highly unstable so, it readily accepts an electrons to attain +1 oxidation state which is more stable.
e.g., Ag²⁺ + e --------> Ag⁺
that's why AgF2 acts as strong .oxidizing agents .
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