the intramolecular forces keep the atoms in a molecule together and are the basis for the chemical…

the intramolecular forces keep the atoms in a molecule together and are the basis for the chemical properties, while the intermolecular forces are those that keep the molecules themselves together and are responsible for all the physical properties of a material. consider the four intermolecular forces. which would be responsible for the highest boiling points? a ion - ion b dipole - dipole c hydrogen bonds d london dispersion

the intramolecular forces keep the atoms in a molecule together and are the basis for the chemical properties, while the intermolecular forces are those that keep the molecules themselves together and are responsible for all the physical properties of a material. consider the four intermolecular forces. which would be responsible for the highest boiling points? a ion - ion b dipole - dipole c hydrogen bonds d london dispersion

Answer

Brief Explanations:

Ion - ion forces are the strongest intermolecular forces. Stronger intermolecular forces require more energy to break, resulting in higher boiling points. Dipole - dipole, hydrogen bonds, and London dispersion forces are weaker compared to ion - ion forces.

Answer:

A. ion - ion