Oxygen molecules are not polar, so their are no dipole attractions. Further, there are no hydrogen bonds holding oxygen molecules together. The only real intermolecular force would be dispersion forces.
In non-polar covalent molecules weak forces exists & are known as Van der Waals' forces
When crystallized sugar is put into water, the H2O molecules separate the sugar molecules from each other. This happens because both H2O and sugar molecules are polar. The polarity causes the much smaller H2O molecules to squeeze between the sugar molecules and break the weak van der Waals forces that exists between them. The H2O molecule bonds to the sugar molecule with a stronger bond than the earlier van der Waals force (because of the polarity of the molecules).
"van der waals" forces.
Covalent bonds exists between atoms within a molecule. And liquids can consist of such molecules. However, covalent bonds are not a type of intermolecular bond (bonds such as van der Waals bonds, hydrogen bonds, etc.). As such, they do not define the bonds present between molecules in liquids.
Dipole-dipole The attraction between two dipoles.
In non-polar covalent molecules weak forces exists & are known as Van der Waals' forces
oxygen is a gas because it is held together by weak van der waals forces acting between the small molecules sulfur usually forms s8 molecules so the van der waals forces acting between the molecules are lager giving it a higher boiling point
oxygen is a gas because it is held together by weak van der waals forces acting between the small molecules sulfur usually forms s8 molecules so the van der waals forces acting between the molecules are lager giving it a higher boiling point
When crystallized sugar is put into water, the H2O molecules separate the sugar molecules from each other. This happens because both H2O and sugar molecules are polar. The polarity causes the much smaller H2O molecules to squeeze between the sugar molecules and break the weak van der Waals forces that exists between them. The H2O molecule bonds to the sugar molecule with a stronger bond than the earlier van der Waals force (because of the polarity of the molecules).
"van der waals" forces.
they form temporary, weak dipole attractions between molecules
Covalent bonds exists between atoms within a molecule. And liquids can consist of such molecules. However, covalent bonds are not a type of intermolecular bond (bonds such as van der Waals bonds, hydrogen bonds, etc.). As such, they do not define the bonds present between molecules in liquids.
Iodine exists as I2. The crystal of iodine is formed simply by the interaction of iodine molecules as a result of Van de Waals forces, which allows for these molecules to bond together to form a solid.
Dipole-dipole The attraction between two dipoles.
van der Waals forces.
The van der Waals force, Wikipedia.org, "The World's Encyclopedia" as a great article on it.
London Force / van der Waals force