Ch2cl2 Molecular Geometry

Explain the geometry of the model, ie CH2Cl2. over it?

[Returns:

....... H

........ |

C C

........ |

....... H

(Note: Stitches are used for alignment purposes only)

As you can see from the Lewis structure, it is clear that CH2Cl2 cannot be polar. Why? If you look at the diagram, you will see that total molecules appear on both sides of the central carbon atom. If you have a VESPR model (e.g.

By:

If your compound is like CH3Cl, it will be polar because the CL molecule, which is highly electrically (partially negatively charged), cannot be canceled by other CL molecules.

However, in your case, CH2Cl2 is really non-polar.]

Ch2cl2 Geometry.

Ch2cl2 Molecular Geometry

Specify the geometry of the model, ie CH2Cl2. NS? 3
CH2Cl2 polar molecule? Why?
[the answer:
...... h
........ |
Cl C Cl
........ |
.........
(Note: Stitches are used for alignment purposes only)
However, as you can see from Lewis's structure, it is clear that CH2Cl2 cannot be polar. Why? If you look at the diagram, you will see that Cl molecules appear on both sides of the central carbon atom. If you draw the VESPR model (ie 3D model of CH2Cl2), you will see that CH2Cl2 is also in TETRAHEDRAL form, you will see that these Cl molecules are canceled and make CH2Cl2 a non-polar molecule.
By:
If your compound is like CH3Cl, it will be polar because the Cl molecule, which is highly electrically (partially negatively charged), cannot be canceled by other Cl molecules.
However, in your case, CH2Cl2 is really non-polar.]
I think because Cl is more electrically negative than part H, some parts of the molecule will have less electrons while others have more electrons, they are polar. It depends on where you are because the molecule is not polar like the picture ... but if the sequence is different ... it could be polar.

Ch2cl2 Molecular Geometry

You can tell by the structure of five people that it is not polar because it is not symmetrical (there are not four identical things around carbon). Water is a good example of a polar molecule.

Dichloroane has a donkey-like tetrahedral shape. It is non-polar because chlorine atoms, although extremely negative, repel each other.