Among ` KO_2 , AlO_(2)^(-) BaO_2` and `NO_2^+` unpaired electron is present in :A. `NO_(2)^(+) and BaO_(2)`B. `KO_(2) and AIO_(2)^(-)`C. `KO_(2)` onlyD. `BaO_(2)` only

Among ` KO_2 , AlO_(2)^(-) BaO_2` and `NO_2^+` unpaired electron is pr

1.	Among ` KO_2 , AlO_(2)^(-) BaO_2` and `NO_2^+` unpaired electron is present in :A. `NO_(2)^(+) and BaO_(2)`B. `KO_(2) and AIO_(2)^(-)`C. `KO_(2)` onlyD. `BaO_(2)` only
Answer» Correct Answer - c `KO_(4)` is the only supperoxide among the given oxides therefore it will be paramagnetic due to the presence of an odd electron.

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Among ` KO_2 , AlO_(2)^(-) BaO_2` and `NO_2^+` unpaired electron is present in :A. `NO_(2)^(+) and BaO_(2)`B. `KO_(2) and AIO_(2)^(-)`C. `KO_(2)` onlyD. `BaO_(2)` only

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