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Gaurang Tandon
Gaurang Tandon
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Can a π bond form between the $\mathrm p_y$py and $\mathrm d_{x^2d(x2-y^2}$y2) orbitals along the x-axis?

There was a question in my text book which asked some details about pi bonds.

I just have a doubt on a certain option.

π bond does not form due to overlap between $\ce{d_{x^2-y^2}}$ and $\ce{p_y}$ along x axis? True or false?

pi bond does not form due to overlap between $d_ (x^2-y^2)$ and $p_y$ along x axis. is it true or false? Here is a diagram of the orbitals.

enter image description here

This pair of orbitials should be distingished from $d_ (xy)$$\ce{d_{xy}}$ and $p_y$$\ce{p_y}$, which are shown below.

enter image description here

Can a π bond form between the $\mathrm p_y$ and $\mathrm d_{x^2-y^2}$ orbitals along the x-axis?

There was a question in my text book which asked some details about pi bonds.

I just have a doubt on a certain option.

pi bond does not form due to overlap between $d_ (x^2-y^2)$ and $p_y$ along x axis. is it true or false? Here is a diagram of the orbitals.

enter image description here

This pair of orbitials should be distingished from $d_ (xy)$ and $p_y$, which are shown below.

enter image description here

Can a π bond form between the py and d(x2-y2) orbitals along the x-axis?

π bond does not form due to overlap between $\ce{d_{x^2-y^2}}$ and $\ce{p_y}$ along x axis? True or false?

Here is a diagram of the orbitals.

This pair of orbitials should be distingished from $\ce{d_{xy}}$ and $\ce{p_y}$, which are shown below.

edited tags; edited title (comment edited May 20, 2018 at 13:51)
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orthocresol
orthocresol
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Doubt on pi Can a π bond occurenceform between the $\mathrm p_y$ and $\mathrm d_{x^2-y^2}$ orbitals along the x-axis?

Added diagrams of orbitials and trimed the text a little
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edit approved May 19, 2018 at 18:39
Nuclear Chemist
edit approved May 19, 2018 at 18:39
Nuclear Chemist
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There was a question in my text book which asked some details about pi bonds.

I just have a doubt on a certain option.

pi bond does not form due to overlap between $d_ (x^2-y^2)$ and $p_y$ along x axis. is it true or false? Here is a diagram of the orbitals.

any help willenter image description here

This pair of orbitials should be appreciateddistingished from $d_ (xy)$ and $p_y$, which are shown below.

enter image description here

There was a question in my text book which asked some details about pi bonds.

I just have a doubt on a certain option.

pi bond does not form due to overlap between $d_ (x^2-y^2)$ and $p_y$ along x axis. is it true or false?

any help will be appreciated.

There was a question in my text book which asked some details about pi bonds.

I just have a doubt on a certain option.

pi bond does not form due to overlap between $d_ (x^2-y^2)$ and $p_y$ along x axis. is it true or false? Here is a diagram of the orbitals.

enter image description here

This pair of orbitials should be distingished from $d_ (xy)$ and $p_y$, which are shown below.

enter image description here

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Avnish Singh
Avnish Singh
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