Table of Contents
- 1 Why does Ne2 molecule does not exist?
- 2 Why is Ne2 not formed according to MO theory explain with molecular orbital diagram?
- 3 Can the molecule Ne2+ exist?
- 4 Why is Cl2 formed but Ne2 not formed?
- 5 Which molecule does not exist according to orbital theory?
- 6 Is Ne2 molecule paramagnetic or diamagnetic?
Why does Ne2 molecule does not exist?
Noble gases are non-reactive by nature. The outermost shell in Ne element is fully filled with electrons where the electron is 10 in number. This means that will have 20 electrons. This is why it does not need to react with any other atom and so has no bond order and cannot exist.
Why is Ne2 not formed according to Mo?
Answer: According to the molecular orbital theory, the electronic configuration of Ne2 suggest that the the number of electrons in in bonding orbitals is equal to the the number of of electrons in the the antibonding orbitals. Hence the bond order for the molecule does not exist .
Why is Ne2 not formed according to MO theory explain with molecular orbital diagram?
Ne2 cannot exist because its bond order is zero.
Why does He2 and Ne2 not exist?
According to MOT;The bond order and stabilization energy of he2 molecule are zero. He2 molecule contains 4 electrons. Each atom gives 2 electrons in 1s orbitals. This indicates that there is no bond formation between 2 HE atoms and hence the He2 molecule does not exist.
Can the molecule Ne2+ exist?
Ne2 molecule does not exist .
Why is Cl2 formed and Ne2 not formed?
Answer: Cl exists in diatomic form because one chlorine molecule is very reactive and unstable so it combines with another Cl and forms Cl2 by sharing 1 electron each, they become stable by completing their octet. However Neon has its octet complete and on combining with another Neon molecule is not required.
Why is Cl2 formed but Ne2 not formed?
Cl exists in diatomic form because one chlorine molecule is very reactive and unstable so it combines with another Cl and forms Cl2 by sharing 1 electron each, they become stable by completing their octet. However Neon has its octet complete and on combining with another Neon molecule is not required.
Does Ne2 exist?
Which molecule does not exist according to orbital theory?
Dihydrogen (H2) with an Electron in the Antibonding Orbital The electron configuration of dihelium: If the molecule He2 were to exist, the 4s electrons would have to fully occupy both the bonding and antibonding levels, giving a bond order of zero. Dihelium does not exist.
Is Ne2 possible?
Is Ne2 molecule paramagnetic or diamagnetic?
As there are no unpaired electrons in that configuration, both species are diamagnetic.
Which of following molecule does not exist?
Explanation: The electronic configuration of He2 is σ1s^2σ*1s^2. Here NA = NB (where NA as the number of anti-bonding molecular orbitals and NB as the number of bonding molecular orbitals). So the molecule He2 doesn’t exist.