Explain n answer
Dear Student,
In these statements, statement (3) is the incorrect one. The explanation is given below:
In a triple bond, like in acetylene ( H−C≡C−H ), the π bonds are made by the px and py orbitals, while the σ bonds are made with the hybrid orbitals, which consist of only the pz and s orbitals. This is shown below:
Here, the z axis is defined as the internuclear axis, whereas the x and y axes are vertical and towards us, respectively.
Therefore, statement (3) is inocorrect as hybrid orbitals can only form sigma bonds and no pi bond.
Hope this information cleared your doubts about the topic. If you have any other doubt, just post it in the forum and our experts will help you out as soon as possible.
Regards,
In these statements, statement (3) is the incorrect one. The explanation is given below:
Because hybrid orbitals are made to match the symmetry of the incoming atom's atomic orbital for the sake of being able to bond at all, they always have to overlap head-on.
Thus, a hybrid orbital has to make a
For example,
In a triple bond, like in acetylene ( H−C≡C−H ), the π bonds are made by the px and py orbitals, while the σ bonds are made with the hybrid orbitals, which consist of only the pz and s orbitals. This is shown below:
Here, the z axis is defined as the internuclear axis, whereas the x and y axes are vertical and towards us, respectively.
Therefore, statement (3) is inocorrect as hybrid orbitals can only form sigma bonds and no pi bond.
Hope this information cleared your doubts about the topic. If you have any other doubt, just post it in the forum and our experts will help you out as soon as possible.
Regards,