Question
Type of hybridization, electronegativity differences, molecular geometry, type of intermolecular force and formal charge of distilled water and NaCl.
Answers
GPT 3.5
Distilled water (H2O):
- Hybridization: sp3
- Electronegativity difference: 1.4
- Molecular geometry: bent
- Intermolecular force: hydrogen bonding
- Formal charge: oxygen has a formal charge of -1, while each hydrogen has a formal charge of +1
NaCl:
- Hybridization: There is no hybridization as NaCl does not have covalent bonds
- Electronegativity difference: 2.1
- Molecular geometry: NaCl exists as a crystal lattice, not as a discrete molecule, so molecular geometry is not applicable
- Intermolecular force: ion-ion interactions
- Formal charge: Na+ has a formal charge of +1 and Cl- has a formal charge of -1.
- Hybridization: sp3
- Electronegativity difference: 1.4
- Molecular geometry: bent
- Intermolecular force: hydrogen bonding
- Formal charge: oxygen has a formal charge of -1, while each hydrogen has a formal charge of +1
NaCl:
- Hybridization: There is no hybridization as NaCl does not have covalent bonds
- Electronegativity difference: 2.1
- Molecular geometry: NaCl exists as a crystal lattice, not as a discrete molecule, so molecular geometry is not applicable
- Intermolecular force: ion-ion interactions
- Formal charge: Na+ has a formal charge of +1 and Cl- has a formal charge of -1.
Related Questions
The type of hybridization,electronegativity differences, molecular geometry, type of intermolecular...
The type of hybridization, electronegativity differences, molecular geometry, type of intermolecular...
Type of hybridization, electronegativity differences, molecular geometry, type of intermolecular for...
Type of hybridization, electronegativity differences, molecular geometry, type of intermolecular for...