CF2Cl2 Is this molecule always polar or always non-polar? What is SF4Cl2? 3
Both are polar.
(Assuming you define polar bonds as delta 0.5 or higher in E.N.)
The strong electrical negativity of F and Cl attracts electrons evenly in the tetrahedral freon.
The same is true of the octahedral form of SF4Cl2.
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CF2Cl2 Is this molecule always polar or always non-polar? What is SF4Cl2?
Lewis structure of Cf2cl2
Answer: CF2Cl2 is always polar. ... Answer: SF4Cl2 is octahedral. ... ... Depending on the order, whether the molecule is polar or non-polar.
CF2Cl2 is a tetrahedron with 4 bonds and no isolated pairs. Individual bonds are polar, but not molecules. The polarity of these bonds is canceled when they point in opposite directions, resulting in an electrically compatible molecule.
SF4Cl2 has 6 bonds and no isolated pair, so it is an octahedral arrangement. Here the bond is polar, but the molecule is not polar because the polarity of the bonds cancel each other out as they point in opposite directions, making the molecule electrically compatible.
Because the F atom is more electric than the chlorine atom, the dupole moment is attracted to the F atom instead of the Cl atom. It's a tetrahedron for the F atom, even a little polar.
The think tank answered your question correctly. The simplest understanding of any molecule is that it is a central atom surrounded by four atoms. Each surrounding atom has three solitary pairs of electrons. Therefore, the whole molecule is surrounded by a negative charge!
Both are polar.