Acetonitrile has the formula CH3CN. Match the correct hybridization and electron geometry for each nonhydrogen atom.
Acetonitrile is a very good polar solvent for many organic reactions and has the following formula CH3CN. Give the geometry and hybridization of the bold C atom. Would the boiling point of acetonitrile be higher or lower boiling point than water? (4 pts)
Formula Name # Valence electrons Electron domains Parent geometry Molecular geometry Hybridization o-bonds Hybridization -bonds OF XeF, AsBr, CS [POJ Xef,
Molecular Formula: H3CCCH Hybridization of Central atom: ? Electon geometry: ? Molecular geometry: ? Bond Angle(s) (list all if there are more than one): I don't really get it because all three Carbons are the central atom.
five regions of electron density electron geometry: -- bond angle: - hybridization: - six regions of electron density electron geometry: - bond angle: - hybridization: - 6. + -/0.36 points What is the hybridization of the central atom in each of the following? BeF2R-Select-- 9 BCI ---Select- SeF---Select--- PCI ---Select--- 9 Submit Answer 7. +-/0.36 points Use valence bond theory to describe the number and types of hybrid bonding orbit (a) BCI- type of hybridization: sp-hybridization
2. Provide the type of hybridization and the geometry at the indicated atom in each of the following molecules. (12 pts) Hybridization Geometry CECH H3C CH3 B. OH H2C-C-CH2
Provide the Lewis Structure, the AXE shorthand notation, the electron geometry, molecular geometry, and the hybridization of the central atom for each of the following compounds. (a) BF5 (b) XeCl3-1, PF5, CH4, NO3-1
Formula Lewis Structure Electronic Geometry Molecular Geometry Bond Angles Hybridization of Central Atom Bond Polarity Molecular Polarity (yes or no) CH HO NH4 Page 24 of 29
Determine/ write Lewis structure, electron group, electron geometry, molecular geometry, hybridization (bonding scheme) on the central atom, and polarity Of the molecule: SeCl2 NO2- CO2 COF2 XeF2
Match the lone pairs and bonded groups on a central atom to the correct electron geometry. One of the answer options is not used. Trigonal Planar Tetrahedral No Answers Chosen No Answers Chosen Linear No Answers Chosen Possible answers Four bonded groups, 1 lone pair two bonded groups, no lone pairs four bonded groups, no lone pairs two bonded groups, 1 lone pair two bonded groups, two lone pairs three bonded groups, no lone pairs
Experiment 11 Formula Central atom: Lewis Structure: Species Geometry: Element: Center 1 Center 2 Valence electrons (total) C2Hs Geometry Center Center 2 Two centers Consider the geometry around Molecular Geometry & Hybridization each center) Center Center 2. Polar (circle) Yes No SF. Element: Valence electrons (total) Electron Geometry Molecular Geometry Valence electrons: Hybridization Electronic configuration: Polar (circle) Yes No No Element: No Central atom Valence electrons (total) Electron Geometry Valence electrons: Molecular Geometry Electronic configuration: Hybridization Resonance Polar (circle) Yes...