It is there that means 2, more electrons are present here. So here this sulphur, it is bonded with 3 oxygen atoms as minus 2. In this case it is sp 3 for h, 2 o point next. So therefore they are polar in nature and the hybridization. So therefore, this oxygen, it is having this partial, negative and partial positive charge for this hydrogen. It is more electronegative than the hydrogen. Here it is tetrahedral, while the molecular geometry here it is band, shape band shape due to the presence of this lone pair of electrons, and here this molecule as oxygen. So here the geometry of this electron geometry- we said it is having this 2 lone pair of electrons. Here it is having 1 valence electron and oxygen having 6 valence electron. Now next we have h 2 o- and here we have this oxygen, which is bonded with 2 hydrogen hydrogen. It is for molecular geometry as well and they are non polar in nature and they possessing sp 3 hybridization. It is so 12344 florinda and these florine having this lone pair of electrons and the electron geometry of this compound. Here we have silicon whose valence electron it is 4. So here this is having this linear geometry and they are non polar in nature and they're possessing sp hybridization. It is, and this oxygen consists of 2 lone pair of electrons. It is having the 4 valence electrons and that will bonded with here oxygen, so double bond double bond. Next we have carbon dioxide here, carbon 6 atomic number oxygen. It is a non polar molecule and it is possessing peto hybridization, 2 triagonal planner. It is also here that is triagonal planner and here, as we can see, that is this molecule. 3, so here electronic geometry of this it is a trigonal planner and the molecular geometry. So louis structure of this it is 123 and it is the 12 and 3 it is there, so they are having this b f 3 bond. So that means it is having the valence electron is 3 and 7. So here we have first molecule that is b f, 3, as here this baron it is atomic number it is 5 and 4 florine. That is a louis structure, electronic geometry, molecular geometry, polarity and hybridization. Hello in this question here we are given molecules, and here we need to find out these followings. 4.Determine the Lewis structure VSEPR electronic geometry, VSEPR molecular geometry, Polarity VB hybridization for the following molecules using ONLY your periodic table as guide.
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