Geometry
Electron Geometry of CO2 and how many valence electrons are available:
Linear and 18 e-
Shape and bond angle for H2O
Bent and 109.5
The hybridization around the central atom in CH4
sp3
What is a sigma bond?
A direct overlap of orbitals, single bonds
Polar or nonpolar, and the electronegativity difference: Cl2
Nonpolar and 0
Molecular geometry of NH3 and how many valence electrons are available:
Trigonal Pyramidal and 8 e-
Shape and bond angle for SO3
Trigonal Planar and 120
The hybridization around the central atom in CO2
sp
What is a pi bond?
An indirect overlap of p orbitals, double and triple bonds
Polar or nonpolar, and the electronegativity difference: H2O
Polar and 1.24
Electron Geometry of SO3-2 and how many valence electrons are available:
Tetrahedral and 26 e-
Shape and Bond angle for CH4
Tetrahedral and 109.5
The hybridization around the central atom in SO3
sp2
How many sigma and pi bonds are in the folllowing molecule: O3
2 sigma, 1 pi
Polar or nonpolar, and the electronegativity difference: CO2
Nonpolar and 0.89
Molecular Geometry of ClF4+ and how many valence electrons
See saw and 34 e-
Shape and bond angle for NH3
Trigonal Pyramidal and 109.5
The hybridization around the central atom in NH3
sp3
How many sigma and pi bonds are in the following molecule: CH3OH
5 sigma and 0 pi
Polar or nonpolar, and the electronegativity difference: SO2
Polar and 0.86
Electron Geometry of O3 and number of valence electrons
Trigonal Planar and 18 e-
Shape and Bond angle for XeCl2
Bent and 120/90
The hybridization around the central atom in SF6
sp3d2
How many sigma and pi bonds are in the following molecule: CH2O
3 sigma and 1 pi
Dipole definition and its symbol representation
A molecule with a center of positive and negative charge; +---->