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The molecular geometry of ccl₄ is tetrahedral, as the four chlorine atoms bond with the central carbon atom, forming angles of approximately 109.5° Trigonal planar there’s just one step to solve this. This shape results from the arrangement of four bonding pairs and no lone pairs around the carbon atom, according to vsepr theory.

Using the vsepr model, the molecular geometry of the central atom in h2s is a) trigonal pyramid b) trigonal planar c) tetrahedral d) linear e) bent bonus What is the molecular shape of ccl4 (+5 points) an atom x is triple bonded to an atom y

How many more atoms can x bond

Your solution’s ready to go! The tetrahedral geometry of ccl₄ arises from the arrangement of four bonding pairs around the central carbon atom to minimize electron pair repulsion, as predicted by vsepr theory. The molecular geometry of carbon tetrachloride, ccl4, is best described as X o tetrahedral o trigonal planar trigonal pyramidal o square planar o linear

Here’s the best way to solve it The molecular geometry of ccl4 is tetrahedral only Steric number of carbon atom is … x your answer is incorrect The molecular geometry or shape of carbon tetrachloride (ccl4) is identical to its ideal electron pair geometry, i.e., tetrahedral

Thus, no distortion is witnessed in the shape and geometry of the molecule.

The bond angles between the bonds in ccl4 are approximately 109.5° The molecular shape of a ccl4 molecule is tetrahedral. Thus, ccl₄ has a tetrahedral molecular geometry. Now, let's determine the molecular geometry

The molecular geometry is determined by the vsepr (valence shell electron pair repulsion) theory, which states that electron pairs around a central atom will configure themselves to minimize repulsion.

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