Converse of object

• overcome: The high kinetic energies are needed to overcome the repulsion of the two positive nuclei.

• have: If all the particles have a mutual repulsion then the dispersion will remain stable.

• feel: Yet it seems sad to feel such desperate repulsion from one's fellow beings, however degraded.

• minimize: Finally, you have to use this information to work out the shape: Arrange these electron pairs in space to minimize repulsions.

Adjective modifier

• electrostatic: The reason for this is the electrostatic repulsion of the protons.

• mutual: Adjust all pins according to mutual repulsion keeping them on the same ring.

• electrical: It slows down, losing kinetic energy as its potential energy, of electrical repulsion, increases in compensation.

• strong: That makes a total of 4 lone pair-bond pair repulsions - compared with 6 of these relatively strong repulsions in the last structure.

• lone: Because of the two lone pairs there are therefore 6 lone pair-bond pair repulsions.

Modifies a noun

• energy: Repulsion energies greater than EMAX will then be calculated all over the z-plane.

• force: The repulsion force being caused by the fact that the copper has more neutrons than the water.

Preposition: between

• electron: The repulsion between the 3s electrons obviously isn't enough to outweigh this either.

• charge: This occurs at the surface of the drops and depends in part on repulsion between the charges on the molecules.

• pair: There is going to be a lot of repulsion between the various lone pairs on all the atoms surrounding the carbon.

• particle: It has been shown that the repulsion between hydrophobic particles is caused by electric charges at their surface in contact with the oil.

Noun used with modifier

• electron: You will probably be familiar with working out the shapes of simple compounds using the electron pair repulsion theory.

• pair: You will probably be familiar with working out the shapes of simple compounds using the electron pair repulsion theory.

• direction: Our experiments have measured the magnitude of the direction repulsion under various conditions.

• pair-bond: Because of the two lone pairs there are therefore 6 lone pair-bond pair repulsions.

• charge: Much of this expanse is due to electric charge repulsion between the negatively charged phosphate groups in the DNA backbone.