A polar molecule has two poles, a negative pole and a positive pole (which is the result of an asymmetrical distribution of electrons). And in accordance with Coulomb's Law, opposite charges will attract, and same charges will repel. So polar molecules will arrange themselves so that the oppositely charged poles face each other, and thus are attracted.
The opposite poles pull on each other like a magnet, the negatively charged sides attracted to the positively charged sides and vice versa
dipole interaction
electronegativity
Dipole-dipole attractions
ion-ion attractions
These are polar forces, intermolecular forces of attraction between molecules.
Dipole-Dipole forces
A bond between two or more polar covalent molecules is called a Dipole-Dipole attraction (or interaction).
No, It is infact polar molecules that have higher melting points than non-polar molecules. Polar molecules have stronger intermolecular bonds called dipole-dipole forces. These forces are an attraction between the slightly positive end of one molecule with the slightly nehative end of another.
In non-polar covalent molecules weak forces exists & are known as Van der Waals' forces
The attraction is: A POLAR COVALENT BOND
Hydrogen Bond
The attraction between polar molecules.
A polar molecule is positive on one end and negative on the opposite end. A hydrogen bond is a special attraction between polar molecules, a weak bond.
Polar water molecules are associated by hydrogen bonds.
No
These are polar forces, intermolecular forces of attraction between molecules.
Dipole-Dipole forces
A bond between two or more polar covalent molecules is called a Dipole-Dipole attraction (or interaction).
the dimply surface in the mentos cause a polar attraction between the water molecules
CH4 is non polar gas.So it forms dispersion or london forces
No. Hydrogen bonding is a form of strong intermolecular attraction