O2+>O2>O2−>O22−
In this post
Which is more stable O2 O2+ O2?
Solution : Bond order of `O_(2)^(+) = 2.5 `, Bond order of `O_(2)^(-)m = 1.5 . Hence, O_(2)^(+)` is more stable than `O_(2)^(-)` .
What the order of stability for the molecules is?
Bond order normally gives idea of stability of a molecular species all the molecules via H2, O2 and B2 have the same board order that they are not equally stable. Their stability order is: H2> O2>B2 is the stability order.
Which one of the following is most stable A O2 B O2 C O2 D O2 2?
O2^2 + is more stable than O2^2 – .
Which of the following is least stable O2 O2+?
BeCAUSE.. in O2- OCTET OF oxygen is complete but in case of O2+ oxygen has incomplete octet…so O2+ IS LEAST STABLE..
Which has highest bond order between O2 and O2+?
So, the order is: O22–< O2– < O2< O2+ .
Is O2 2 stable or unstable?
stable
An oxygen molecule(O2) with two atoms of oxygen is stable. Was this answer helpful?
Which of the following is are correct order of stability?
So Ti+3>Bi+3 in order of stability.
Which of the following is correct relation for stability?
Therefore, the order of stability is : KO2
Which of the following is correct order of stability of intermediate?
i > iv > iii > ii.
In which species the bond length is more O2 O+ 2 O2 O2 2?
D. O−2>O2−2>O2>O+2. Hint: Bond strength depends upon the Bond order. Bond orders of the given species are determined by using MOT.
Which of the following is more stable O2 N2 h2 f2?
Hence, N2 has maximum stability.
What is the bond order for O − 2?
∴ Bond order = 1.5.
Which of the following is most stable n2 n2+ O2+ O2?
Expert-verified answer
As bond order of nitrogen is more than that of oxygen, nitrogen is more stable than oxygen.
Is O2+ ion likely to be a stable species?
O2+ is more stable than O2-. Reason: According to molecular orbital theory O2+ has 15 electrons &it has one electron in antibonding orbital. In the case of O2- 17 electrons are present &3 electrons are present in antibonding orbitals. If number of electrons more in antibonding orbital the molecule become unstable.
Is O more stable than N?
Nitrogen is more stable than Oxygen so it would take more energy to make it an ion.
Which is the correct order for the oxygen oxygen bond length a HOOH O2 O2+ O2 B HOOH O2 O2 O2+ C O2 O2 O2+ HOOH D O2 O2 O2+ HOOH e HOOH O2 O2+ O2?
The bond length of O−O in H2O2 is 147.5pm, in O3 is 128pm and in O2 it is 121pm, so the correct order is O2
Which of the following options represents the correct bond order * i O2 O2 O2+ II O2 O2 O2+ III O2 O2 O2+ IV O2 O2 O2+?
There are 10 bonding electrons and 8 nonbonding electrons. Therefore, the bond order [ ext{O}_{ ext{2}}^{ ext{2- }}] is 1. So, the correct answer is “Option B”.
Which is most stable F2 F2 F2+?
Therefore F2+ will have the highest bond order and strongest bond F2- will have the weakest bond and therefore the longest bond. Both F2+ and F2- will have an odd number of electrons and thus 1 unpaired electron.
Why is O2 so stable?
Resonance of O2‘s π system stabilizes the molecule. Oxygen as O2 is stable enough to be abundant in the environment and is required for many forms of life. But from the standpoint of theory, dioxygen’s stability is curious: Its highest occupied molecular orbitals contain two unpaired electrons, making it a diradical.
Is O2 2+ paramagnetic or diamagnetic?
diamagnetic
Lastly, in case of $O_2^{2 + }$, two electrons are removed from the outermost orbitals. One from $2{p_x}$ orbital and one from $2{p_y}$ orbital. Hence, the two orbitals are empty and all the other orbitals have paired electrons. Thus, this molecule is diamagnetic.