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

The increasing order of bond order of O_(2),O_(2)^(+),O_(2)^(-) and O_(2)^(2-) is :

The increassing order of bond order of O_(2),O_(2)^(+),O_(2)^(-) and O_(2)^(--) is :

Arrange the following in increasing order of their bond order: O_(2),O_(2)^(+),O_(2)^(-) and O_(2)^(2-)

Decreasing stability of O_2, O_2^-, O_2^(2+) "and" O_2^(-2)

Arrange the following in the increasing order order of their bond order : O_(2), O_(2)^(+), O_(2)^(-) and O_(2)^(2-) :

Bond order of O_(2),O_(2)^(+),O_(2)^(-) and O_(2)^(2-) is in order

In the species O_(2) , O_(2)^(+) , O_(2)^(-) and O_(2)^(2-) ,the correct decreasing order of bond strength is (A) O_(2) > O_(2)^(+) > O_(2)^(-) > O_(2)^(2-) (B) O_(2)^(+) > O_(2) > O_(2)^(-) > O_(2)^(2-) (C) O_(2)^(2-) > O_(2)^(-) > O_(2)^(+) > O_(2) (D) O_(2)^(-) > O_(2)^(2-) > O_(2) > O_(2)^(+)

Which of the following statements is incorrect ? (1) Decreasing order of stability of O_2, O_ 2- , O _2+ is O_2+ > O_2 > O_2- . (2) He_ 2 molecule does not exist as the bonding and antibonding effects cancel each other. (3) C_2, O_2 ^2- , and Li_2 are diamagnetic. (4) In F_2 molecule the energy of sigma _(2_(p_(z))) is greater than that of pi _(2p_(x)), and pi_(2 _(p _(y)))