Fill in the Part IV Data Collection Table 1 for the molecules listed below. To assist you, an example has been done bel
Posted: Wed Jul 06, 2022 10:30 am
Fill in the Part IV Data Collection Table 1 for the molecules listed below. To assist you, an example has been done below. Note an observation for each molecule in Part IV Data Collection Table 2.
Lab 9: Lewis Structures and Molecular Geometry IV. Data Collection Table 1. Real Molecules Molecule CH3CI H₂O CO₂ SO₂ BF3 NH3 CH4 Table 2. Observation Table Molecule CH₂Cl Electron Groups Bonding Groups Lone Pair Groups Electron Geometry Tetrahedral H₂O CO₂ SO₂ BF3 NH3 CH4 Observation 4 0 Molecular Geometry Tetrahedral Bond Angle(s) 109.5⁰ Example: This molecule does not have any lone pairs and demonstrates a true tetrahedral shape with 109.5. degree bond angles.
Table 3. Lewis Structures and Geometries Practice Substance Lewis Structure EXAMPLE: NCI 1N: 5 ve SC1:3(7ve) add 26ve HCN H₂Se CO₂ (Bond Pairs= BP and Lone Pairs = LP) CI-N-CI: BP 1 + LP 3 = 41 central ВР atom BP BP+1 BP + LP Electron Geometry Bond Angle refers to Hetrahedral <109.5° Molecular Polar/ Geometry Nonpolar trigonal polar Pyramidal Hybridization 3
Substance NH4+ BeBr2 OF₂ IF4 Lewis Structure (Bond Pairs= BP and Lone Pairs = LP) BP + LP BP BP: BP Electron Geometry Bond Angle Molecular Polar/ Geometry Nonpolar Hybridization
Insert Draw Substance AICI 3 XeF₂ SCI₂ BrF3 BP BP Design Layout Lewis Structure Electron (Bond Pairs= BP and Lone Pairs= LP) Geometry BP BP References Mailings LP Review View Tell me Bond Angle Molecular Polar/ Geometry Nonpolar Share Hybridization
Substance SeF4 Brfs C₂H4 Lewis Structure Electron (Bond Pairs= BP and Lone Pairs= LP) Geometry SO3² BP Treat one C as the central atom BP + LP BP BP +LP Bond Angle Molecular Polar/ Geometry Nonpolar Hybridization
Substance Lewis Structure NO H₂CO Treat C as the central atom CH₂Cl₂ ICh (Bond Pairs= BP and Lone Pairs = BP + LP BP BP LP) Electron Geometry Tell me Bond Angle Molecular Polar/ Geometry Nonpolar Share Hybridization
Lab 9: Lewis Structures and Molecular Geometry IV. Data Collection Table 1. Real Molecules Molecule CH3CI H₂O CO₂ SO₂ BF3 NH3 CH4 Table 2. Observation Table Molecule CH₂Cl Electron Groups Bonding Groups Lone Pair Groups Electron Geometry Tetrahedral H₂O CO₂ SO₂ BF3 NH3 CH4 Observation 4 0 Molecular Geometry Tetrahedral Bond Angle(s) 109.5⁰ Example: This molecule does not have any lone pairs and demonstrates a true tetrahedral shape with 109.5. degree bond angles.
Table 3. Lewis Structures and Geometries Practice Substance Lewis Structure EXAMPLE: NCI 1N: 5 ve SC1:3(7ve) add 26ve HCN H₂Se CO₂ (Bond Pairs= BP and Lone Pairs = LP) CI-N-CI: BP 1 + LP 3 = 41 central ВР atom BP BP+1 BP + LP Electron Geometry Bond Angle refers to Hetrahedral <109.5° Molecular Polar/ Geometry Nonpolar trigonal polar Pyramidal Hybridization 3
Substance NH4+ BeBr2 OF₂ IF4 Lewis Structure (Bond Pairs= BP and Lone Pairs = LP) BP + LP BP BP: BP Electron Geometry Bond Angle Molecular Polar/ Geometry Nonpolar Hybridization
Insert Draw Substance AICI 3 XeF₂ SCI₂ BrF3 BP BP Design Layout Lewis Structure Electron (Bond Pairs= BP and Lone Pairs= LP) Geometry BP BP References Mailings LP Review View Tell me Bond Angle Molecular Polar/ Geometry Nonpolar Share Hybridization
Substance SeF4 Brfs C₂H4 Lewis Structure Electron (Bond Pairs= BP and Lone Pairs= LP) Geometry SO3² BP Treat one C as the central atom BP + LP BP BP +LP Bond Angle Molecular Polar/ Geometry Nonpolar Hybridization
Substance Lewis Structure NO H₂CO Treat C as the central atom CH₂Cl₂ ICh (Bond Pairs= BP and Lone Pairs = BP + LP BP BP LP) Electron Geometry Tell me Bond Angle Molecular Polar/ Geometry Nonpolar Share Hybridization