Question

The stability of a molecule with bond order in given by the relation
a.1>2>3
b.1=2>3
c.1>2=3
d.1<2<3

Answer 1

Answer:

D

Explanation:

Bond order also indicates the stability of the bond. The higher the bond order, the more electrons holding the atoms together, and therefore the greater the stability

Answer 2

Answer:

Stability of molecule is directly proportional to Bond Order hence the relation is 1<2<3

Explanation:

• The bond order between two atoms indicates how many chemical bonds there are between them.

• For instance, the bond order of the diatomic nitrogen atoms, NN, and the carbon atoms, H-H-C-H, are both three.

• The bond order provides information on the bond's stability.

• The idea of the bond order of a chemical bond is simply understood thanks to the molecular orbital. It gauges the strength of the atoms' covalent connections.
• Half of the difference between the number of electrons in bonding orbitals and anti bonding orbitals is the Bond Order Formula.
• Bond Order is directly proportional to the stability of the molecule.
• More the bond order, more the stability will be.

Hence as any molecule of Bond order of 3 will be more stable than bond order of 2 and Bond order of 2 will be more stable than bond order of 2.

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