Decreasing order of stability of `O_(2), O_(2)^(-), O_(2)^(+)` and `O_(2)^(2-)` isA. `O_(2)^(+) gt O_(2) gt O_(2)^(-) gt O_(2)^(2-)`B. `O_(2)^(2-) gt O_(2)^(-) gt O_(2) gt O_(2)^(-)`C. `O_(2) gt O_(2)^(+) gt O_(2)^(2-) gt O_(2)^(-)`D. `O_(2)^(-) gt O_(2)^(2-) gt O_(2)^(+) gt O_(2)`

Decreasing order of stability of `O_(2), O_(2)^(-), O_(2)^(+)` and `O_

1.	Decreasing order of stability of `O_(2), O_(2)^(-), O_(2)^(+)` and `O_(2)^(2-)` isA. `O_(2)^(+) gt O_(2) gt O_(2)^(-) gt O_(2)^(2-)`B. `O_(2)^(2-) gt O_(2)^(-) gt O_(2) gt O_(2)^(-)`C. `O_(2) gt O_(2)^(+) gt O_(2)^(2-) gt O_(2)^(-)`D. `O_(2)^(-) gt O_(2)^(2-) gt O_(2)^(+) gt O_(2)`
Answer» Correct Answer - A Order of stability `prop` bond order `:.` Order of th stability of given species `O_(2)^(+) gt O_(2) gt O_(2)^(-) gt O_(2)^(2-)` Bond `2.5 " " 2 " " 1.5 " " 1`.

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Decreasing order of stability of `O_(2), O_(2)^(-), O_(2)^(+)` and `O_(2)^(2-)` isA. `O_(2)^(+) gt O_(2) gt O_(2)^(-) gt O_(2)^(2-)`B. `O_(2)^(2-) gt O_(2)^(-) gt O_(2) gt O_(2)^(-)`C. `O_(2) gt O_(2)^(+) gt O_(2)^(2-) gt O_(2)^(-)`D. `O_(2)^(-) gt O_(2)^(2-) gt O_(2)^(+) gt O_(2)`

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