What is the electronic geometry of H2O? enter the digital geometry the the molecule. What is the electronic of ClF3 ? get in the digital geometry of the molecule. What is the electronic geometry of BBr3 ? get in the digital geometry that the molecule.

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Valence covering Electron Pair Repulsion (VSEPR) Theory

oIn Valance covering Electron Pair Repulsion (VSPER) theory, the electrons the surround the central atom the molecule space arranged in together a way that they minimize the electron-electron repulsions.

oThis plan of electrons deserve to be provided to suspect the geometrical shape of polyatomic molecules by calculating the bond pair and lone pair of electrons neighboring the main atom/ions.

The molecular form of miscellaneous molecules having specific number of lone pair of electrons and bonding pair of electrons are offered below:

 Number of bonding teams on main atom Number that lone pairs on main atom Molecular notation Electron-pair geometry Molecular geometry 2 0 linear Linear 3 0 trigonal planar trigonal planar 2 1 trigonal planar bent 4 0 tetrahedral tetrahedral 5 0 trigonal bipyramidal trigonal bipyramidal 3 2 trigonal bipyramidal T-shape 4 1 trigonal bipyramidal seesaw 4 2 octahedral square planar

The geometrical shape of molecules which deserve to be figured out by calculating the number of bond pair and also lone pair that electrons and also steps associated in the calculation is given below:

Step.1: compose the electron dot formula from the provided molecular formula.

Step.2: identify the total number of bonding pair electrons and lone pair the electrons that present about the main atom.

Step.3: identify the setup of this electron pairs roughly the main atom to find the electron geometry.

(b)

The electron dot framework of is provided below: The total number of bond pair of electron = 2.

The total variety of lone pair of electrons = 2.

Therefore, the electron geometry of molecule is “tetrahedral.”

(c)

The electron dot framework of is provided below: The total variety of bond pair of electron = 3.

The total number of lone pair of electrons = 2.

Therefore, the electron geometry the molecule is “trigonal bipyramidal.”

(d)

The electron dot framework of is given below: The total variety of bond pair of electron = 3.

The total variety of lone pair of electrons = 0.

Therefore, the electron geometry that molecule is “trigonal planar.”

Ans: part b

The electron geometry of is offered below: Part c

The electron geometry the is provided below: Part d

The electron geometry that is provided below: 00
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