Geometries of SCl2(OCH3)2 and SF2(OCH3)2

I am not able to understand the difference between structure of $\ce{SCl\_{2}(OCH\_{3})\_{2}}$ and $\ce{SF\_{2}(OCH\_{3})\_{2}}$.


I am already well versed with Molecular Orbital and VSEPR theories. I found the geometries,
but don't understand why they are: 


[![enter image description here](https://i.stack.imgur.com/7LMuE.jpg)](https://i.stack.imgur.com/7LMuE.jpg)


Why is the $\ce{F}$ at axial positions and $\ce{Cl}$ on the other hand in equatorial positions? (I am not able to understand Bent's Rule to be straight-forward, I have read Wikipedia already.)




Check the bond angles. The larger the angles around a bond, the more S character.
Electronegative elements prefer higher P character(Therefore less the bond angles).
Axial position has lesser bond angles.Hence higher electronegative element takes axial position.( F>O>Cl)


This concept however may not be applicable to every compound.


 -1