The hydrogen peroxide molecule consists of two atoms of hydrogen and two atoms of oxygen, or H2O2. This is a polar molecule because the electrons of the molecule are not evenly distributed and has three intermolecular forces. These are:
London Dispersion Forces - a force of attraction between two molecules created by temporary dipoles which are caused by the movement of electrons in two atoms.
Dipole-dipole force - an electrostatic attraction caused by the positive end of one dipole attracted to the negative end of another dipole.
Hydrogen bonding - a special case of dipole-dipole where the creation of a temporary covalent bond occurs between the hydrogen of one molecule and the oxygen, nitrogen, or fluorine of another molecule
London Dispersion Forces - a force of attraction between two molecules created by temporary dipoles which are caused by the movement of electrons in two atoms.
Dipole-dipole force - an electrostatic attraction caused by the positive end of one dipole attracted to the negative end of another dipole.
Hydrogen bonding - a special case of dipole-dipole where the creation of a temporary covalent bond occurs between the hydrogen of one molecule and the oxygen, nitrogen, or fluorine of another molecule