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Which type of bond is formed by overlapping of dxz nd dxz orbitals if the molecular axis is X-axis?? a)sigma bond b) Pi bond c) delta bond d) miu bond?
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Type of bond formed by overlapping of dxz and dyz orbitals with molecular axis along X-axis

The overlapping of dxz and dyz orbitals with the molecular axis along the X-axis results in the formation of pi bonds.

Explanation

- Pi bonds are formed by the overlapping of two parallel p-orbitals along the molecular axis.
- In the case of the dxz and dyz orbitals, the lobes of the p-orbitals are oriented parallel to the X-axis, resulting in the formation of pi bonds.
- The pi bond is weaker than the sigma bond, which is formed by the overlapping of two s-orbitals or an s-orbital and a p-orbital along the molecular axis.
- The pi bond is also more susceptible to breakage due to its weaker nature.
- The formation of pi bonds is important in the stabilization of double bonds and triple bonds in organic molecules.

In conclusion, when the molecular axis is along the X-axis, the overlapping of dxz and dyz orbitals results in the formation of pi bonds. These bonds are weaker than sigma bonds but play an important role in the stabilization of double and triple bonds in organic molecules.
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Which type of bond is formed by overlapping of dxz nd dxz orbitals if the molecular axis is X-axis?? a)sigma bond b) Pi bond c) delta bond d) miu bond?
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