LAB REPORT: MOLECULAR GEOMETRY 1. Lewis structure: CH Hybridization Electron geometry Molecular geometry Bond angle model = real Molecule is (circle one) Polar or Nonpolar 2. Lewis structure: NH Hybridization Electron geometry Molecular geometry Bond angle model real- Molecule is (circle one) Polar or Nonpolar 3. Lewis structure: BF, Hybridization Electron geometry Molecular geometry Bond angle model = real Molecule is (circle one) Polar or Nonpolar 4. Lewis structure: CS2 Hybridization Electron geometry Molecular geometry Bond angle model real Molecule is (circle one) Polar or Nonpalar 5. Lewis structure: NO2- Hybridization Electron geometry Molecular geometry Bond angle model real Molecule is (circle one) Polar or Nonpolar LAB REPORT: MOLECULAR GEOMETRY 6. Lewis structure: SbFs Hybridization Electron geometry Molecular geometry Bond angle model real Molecule is (circle one) Polar or Nonpolar 7. Lewis structure: ICI- Hybridization Electron geometry Molecular geometry Bond angle model = real Molecule is (circle one) Polar or Nonpolar 8. Lewis structure: CIF: Hybridization Electron geometry Molecular geometry Bond angle model real- Molecule is (circle one) Polar or Nonpolar 9. Lewis structure: SeClo Hybridization Electron geometry Molecular geometry Bond angle model real Molecule is (circle one) Polar or Nonpalar 10. Lewis structure: Bris Hybridization Electron geometry Molecular geometry Bond angle model real Molecule is (circle one) Palar or Nonpolar
The Correct Answer and Explanation is :
Let’s analyze each molecule in your lab report, focusing on their Lewis structures, hybridization, electron geometry, molecular geometry, bond angles, and polarity.
1. CH₄ (Methane):
- Lewis Structure: arbon (C) at the center bonded to four hydrogen (H) atoms.- Hybridization: p³ hybridization of carbon.- Electron Geometry: etrahedral.- Molecular Geometry: etrahedral.- Bond Angles: pproximately 109.5°.- Polarity: onpolar.
2. NH₃ (Ammonia): - Lewis Structure: itrogen (N) at the center bonded to three hydrogen (H) atoms with one lone pair on nitrogen.- Hybridization: p³ hybridization of nitrogen.- Electron Geometry: etrahedral.- Molecular Geometry: rigonal pyramidal.- Bond Angles: pproximately 107°.- Polarity: olar.
3. BF₃ (Boron Trifluoride): - Lewis Structure: oron (B) at the center bonded to three fluorine (F) atoms.- Hybridization: p² hybridization of boron.- Electron Geometry: rigonal planar.- Molecular Geometry: rigonal planar.- Bond Angles: pproximately 120°.- Polarity: onpolar.
4. CS₂ (Carbon Disulfide): - Lewis Structure: arbon (C) at the center double-bonded to two sulfur (S) atoms.- Hybridization: p hybridization of carbon.- Electron Geometry: inear.- Molecular Geometry: inear.- Bond Angles: 80°.- Polarity: onpolar.
5. NO₂⁻ (Nitrite Ion): - Lewis Structure: itrogen (N) at the center bonded to two oxygen (O) atoms with one lone pair on nitrogen and one on each oxygen.- Hybridization: p² hybridization of nitrogen.- Electron Geometry: rigonal planar.- Molecular Geometry: ent.- Bond Angles: pproximately 115°.- Polarity: olar.
6. SbF₅ (Antimony Pentafluoride): - Lewis Structure: ntimony (Sb) at the center bonded to five fluorine (F) atoms.- Hybridization: p³d hybridization of antimony.- Electron Geometry: rigonal bipyramidal.- Molecular Geometry: rigonal bipyramidal.- Bond Angles: 0° and 120°.- Polarity: onpolar.
7. ICl₂⁻ (Diiodide Ion): - Lewis Structure: odine (I) at the center bonded to two chlorine (Cl) atoms with three lone pairs on iodine.- Hybridization: p³d hybridization of iodine.- Electron Geometry: inear.- Molecular Geometry: inear.- Bond Angles: 80°.- Polarity: onpolar.
8. ClF₃ (Chlorine Trifluoride): - Lewis Structure: hlorine (Cl) at the center bonded to three fluorine (F) atoms with two lone pairs on chlorine.- Hybridization: p³d hybridization of chlorine.- Electron Geometry: rigonal bipyramidal.- Molecular Geometry: -shaped.- Bond Angles: pproximately 87.5° and 177.5°.- Polarity: olar.
9. SeCl₂ (Selenium Dichloride): - Lewis Structure: elenium (Se) at the center bonded to two chlorine (Cl) atoms with two lone pairs on selenium.- Hybridization: p³d hybridization of selenium.- Electron Geometry: rigonal bipyramidal.- Molecular Geometry: ent.- Bond Angles: pproximately 120° and 90°.- Polarity: olar.
10. BrI₃ (Bromine Trifluoride): - Lewis Structure: romine (Br) at the center bonded to three iodine (I) atoms with two lone pairs on bromine.- Hybridization: p³d hybridization of bromine.- Electron Geometry: rigonal bipyramidal.- Molecular Geometry: -shaped.- Bond Angles: pproximately 87.5° and 177.5°.- **