The number of ions from the following that ar | vedclass

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(D) Due to the inert pair effect,the stability of the lower oxidation state increases down the group.$Tl^{3+}$ is a strong oxidising agent because it

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$2$

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(D) Due to the inert pair effect,the stability of the lower oxidation state increases down the group.$Tl^{3+}$ is a strong oxidising agent because it prefers to exist in the $Tl^{+}$ state.$Pb^{4+}$ is a strong oxidising agent because it prefers to exist in the $Pb^{2+}$ state.$Sn^{4+}$,$Sn^{2+}$,$Pb^{2+}$,and $Tl^{+}$ do not act as oxidising agents in this context.Therefore,the number of ions expected to behave as oxidising agents is $2$ ($Tl^{3+}$ and $Pb^{4+}$).

The number of ions from the following that are expected to behave as oxidising agents is:
$Sn^{4+}$,$Sn^{2+}$,$Pb^{2+}$,$Tl^{3+}$,$Pb^{4+}$,$Tl^{+}$

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The number of ions from the following that are expected to behave as oxidising agents is:$Sn^{4+}$,$Sn^{2+}$,$Pb^{2+}$,$Tl^{3+}$,$Pb^{4+}$,$Tl^{+}$