Assertion (A): HNO_(3) acts only as an oxidising agent, while HNO_(2) acts both as an oxidising ...

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Assertion (A): `HNO_(3)` acts only as an oxidising agent, while `HNO_(2)` acts both as an Assertion (A): `HNO_(3)` acts only as an oxidising agent, while `HNO_(2)` acts both as an
\( \mathrm{HNO}_{2} \) can act both a reducing agent and as an oxidising agent but \( \mathrm{HN... \( \mathrm{HNO}_{2} \) can act both a reducing agent and as an oxidising agent but \( \mathrm{HN...
`HNO_(2)` acts both as reductant and as oxidant, while `HNO_(3)` acts only as oxidant. It is due to `HNO_(2)` acts both as reductant and as oxidant, while `HNO_(3)` acts only as oxidant. It is due to
Assertion (A): \( \mathrm{HNO}_{2} \) can act both as an oxidising agent as well as reducing age... Assertion (A): \( \mathrm{HNO}_{2} \) can act both as an oxidising agent as well as reducing age...
HNO2 acts both as reductant and as oxidant, while HNO3 acts | Redox Master Series | Master stroke HNO2 acts both as reductant and as oxidant, while HNO3 acts | Redox Master Series | Master stroke
Explain why `HNO_(3)` acts only as oxidising agent while `HNO_(2)` can act both as a reducing agent Explain why `HNO_(3)` acts only as oxidising agent while `HNO_(2)` can act both as a reducing agent
Nitric acid acts as an oxidising agent while nitrous acid can act both as an oxidising Nitric acid acts as an oxidising agent while nitrous acid can act both as an oxidising
H_(2)S acts only as a reducing agent while SO_(2) acts as an oxidising as well as a reducing age... H_(2)S acts only as a reducing agent while SO_(2) acts as an oxidising as well as a reducing age...