Which of the following is more stable O2 or N2 or h2 or F2?

As bond order of nitrogen is more than that of oxygen, nitrogen is more stable than oxygen.

Which is more stable N2 or F2?

N2 has 3 covalent bonds so basically it is very difficult to break those bonds as they are stable. O2 has 2 bonds in it and F2 has 1 bond. so among all N2 has max bond energy. BO of N2 will be max.

Which molecule is more stable N2 or O2?

Is N2 the most stable?

Nitrogen Molecule is more stable because in between two nitrogen atoms of N2, a triple bond is present. To break this triple bond high energy is required (941.4 KJ/mole).

Which is more stable o2 or o2+?

O2+ is more stable than O2-. Because According to molecular orbital theory O2+ has 15 electrons ⁢ has one electron in antibonding orbital. In the case of O2- 17 electrons are present &3 electrons are present in antibonding orbitals.

Which is more stable N2 or N2+?

Bond order for N2+ and N2− are same but N2+ is more stable than N2−.

Which has higher bond energy O2 and N2?

N2 has higher bond disassociation energy than O2 due to presence of triple bond in nitrogen whereas oxygen has double bond.

What is the stability of F2?

Is F2 stable or unstable? F2 is less reactive than monoatomic F. When 2 F atoms form a covalent bond, they sustain a single bond (F—F), a bond comprised of 2 electrons, to fulfill the octet rule. However, this covalent bond, due to the low electronegativities of its constituents, is very weak..

Is N2 more stable than N2+?

N2 has highest bond order of 3 compared to N2+ which is 2.5, hence N2 it is more stable than N2+.

Is N2 more stable or N2+?

Thus N2+ is more stable than N2-

Which has highest bond order between O2 and O2+?

According to the molecular orbital theory, the general molecular orbital configuration will be, As there are 8 electrons in oxygen. From this we conclude that the bond order from lowest to highest will be, Hence, posses highest bond order.

Which compound has the highest chemical stability among O2 and N2?

N2 has the highest chemical stability among O2, N2 and F2. Chemical reactivity order: N2 < O2 < F2. Chemical stability order: F2 < O2 < N2. Hope this helps.

Why is N2 the strongest bond?

It’s simply express that N2 should strongest mean it could need most energy as compare to others above.. Main reason: All have sigma bond which are the strongest bond ,but in O2 and N2 their are additional 1 and 2 pi bonds respectively .. It’s answer is a little bit tricky means rich of concept. .

Why is the bond energy of H2 higher than F2?

If we take a look only to the bond length and neglect the fact that the electrons are different in number, we know that H2 will have shorter bond length than F2. This indicates that the bond energy of H2 is higher than F2. Now if we consider the number of electrons, the valence electrons of F is more than the valence electrons of H.

How does bond order affect stability?

As the bond order decreases, the stability decreases. The bond order is O2+ (2.5) >O2 (2)> O2−