Which of the following species acts as the st | vedclass

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(C) An oxidising agent is a species that gains electrons and gets reduced. The strength of an oxidising agent is determined by its standard reduction

Vedclass · Accepted Answer

$F_2$

Vedclass · Answer

(C) An oxidising agent is a species that gains electrons and gets reduced. The strength of an oxidising agent is determined by its standard reduction potential $(E^{\circ}_{red})$. Higher positive values of $E^{\circ}_{red}$ indicate a stronger tendency to gain electrons,making the species a stronger oxidising agent.Among the given options:$1$. $Li$ is a strong reducing agent (it loses electrons easily).$2$. $Li^{+}$ has a very negative reduction potential and is a very weak oxidising agent.$3$. $F_2$ has the highest standard reduction potential $(+2.87 \ V)$,making it the strongest oxidising agent among the options.$4$. $F^{-}$ is the reduced form of fluorine and cannot be further reduced,so it acts as a reducing agent.Therefore,$F_2$ is the strongest oxidising agent.

Which of the following species acts as the strongest oxidising agent?

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