The electron geometry ofCFCl3istetrahedral.In the tetrahedral shape,  the molecule has four atoms.CFCl3, also known as trichlorofluoromethane, is amoleculemade up of one carbon atom and three chlorine atoms. To draw the Lewis dot structure of CFCl3, we first need to draw the skeletal structure of the molecule, which shows the arrangement of the atoms. The skeletal structure of CFCl3 is as follows:C – Cl – Cl – ClNext, we need to add the valence electrons to each atom. Carbon has 4 valence electrons, while chlorine has 7. We can draw the Lewis dot structure of CFCl3 by adding the valence electrons to each atom like this:C: . . . .Cl: . . . . . . .Cl: . . . . . . .Cl: . . . . . . .In thisLewis dot structure,each chlorine atom has a full octet (8 valence electrons), while the carbon atom has an octet plus one (9 valence electrons). The overall electron geometry of CFCl3 istetrahedral, which means that the molecule has four atoms arranged in a tetrahedron shape. The moleculargeometryof CFCl3 is also tetrahedral, which means that the actual arrangement of the atoms in the molecule is a tetrahedron.Learn more aboutLewis structure, herebrainly.com/question/20300458#SPJ4...

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