Answer:
The answer to your question is below
Explanation:
Van der waals are attractive forces among molecules.
Hydrogen are attractive forces among molecules that have polar molecules with hydrogen.
Ionic is the bond between a metal and a nonmetal.
Covalent is the bond between 2 nonmetals.
Metallic is the bond among metals
Question
Graphite covalent
Magnesium metallic
Chloride covalent, van der waals
Diphenylalanine covalente, van der waals
Aluminum metallic
Argon van der waals
Water covalent, hydrogen
Methane. covalent
Answer:
Graphite — covalent between C atoms in each layer
— van der Waals between adjacent layers
Magnesium chloride — ionic
Diphenylalanine — ionic
— covalent all C-C, C-H, C-N, and N-H bonds
— H-bonding all N-H· · ·N in adjacent molecules
— van der Waals
Aluminium — Metallic
Argon — van der Waals
Water — covalent O-H bonds
— H-bonding all O-H· · ·O in adjacent molecules
— van der Waals
Methane — covalent C-H bonds
— van der Waals
Explanation:
Graphite is a network solid. It consists if C atoms in sheets of sheets of six-membered rings with only intermolecular forces between the sheets.
Magnesium chloride contains a metal and a nonmetal, so it is ionic.
Diphenylalanine, Ph₂CHCH(NH₂)COOH id an amino acid. It exists also as a zwitterion, Ph₂CHCH(NH₃⁺)COO⁻ .
Aluminium is a metal.
Argon is noble gas.
Water is highly polar covalent.
Methane is nonpolar covalent. All covalent compounds that exist as separate molecules have London dispersion forces.
