In the reaction Ag_2O + H_2O_2 to 2Ag + H_2O | vedclass

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(D) In the given reaction: $Ag_2O + H_2O_2 	o 2Ag + H_2O + O_2$$1$. The oxidation state of $Ag$ in $Ag_2O$ is $+1$,and it changes to $0$ in $Ag$. Thi

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Reducing agent

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(D) In the given reaction: $Ag_2O + H_2O_2 	o 2Ag + H_2O + O_2$$1$. The oxidation state of $Ag$ in $Ag_2O$ is $+1$,and it changes to $0$ in $Ag$. This is a reduction process.$2$. The oxidation state of $O$ in $H_2O_2$ is $-1$,and it changes to $0$ in $O_2$. This is an oxidation process.$3$. Since $H_2O_2$ undergoes oxidation,it acts as a reducing agent.$4$. Additionally,$H_2O_2$ can also act as an oxidising agent in certain reactions,but in this specific reaction,it is clearly acting as a reducing agent.$5$. However,looking at the options,option $A$ ($D$ and $B$ both) suggests it acts as both an oxidising and reducing agent. While $H_2O_2$ is known for its dual nature,in this specific reaction,it acts as a reducing agent. Given the provided options,$D$ is the most accurate description of its role here.

In the reaction $Ag_2O + H_2O_2 \to 2Ag + H_2O + O_2$,the $H_2O_2$ acts as

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