| orbit | 0.56 |
| atom | 0.50 |
| shell | 0.48 |
| orbital | 0.47 |
| constant motion | 0.35 |
| any direction | 0.33 |
| space | 0.32 |
| anti-bonding orbital | 0.28 |
| two places | 0.25 |
| molecular orbital terms | 0.25 |
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| orbit the nucleus | 0.79 |
| carry negative charge | 0.75 |
| lose energy | 0.71 |
| repel each other | 0.67 |
| surround the nucleus | 0.64 |
| orbit the atom | 0.59 |
| form bond | 0.58 |
| revolve around the nucl… | 0.58 |
| gain energy | 0.57 |
| jump to higher energy l… | 0.56 |
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| negative charge | 0.77 |
| mass | 0.58 |
| spin | 0.58 |
| opposite spins | 0.43 |
| energy | 0.42 |
| sufficient energy | 0.39 |
| a charge of -1 | 0.38 |
| magnetic moment | 0.37 |
| angular momentum | 0.35 |
| kinetic energy | 0.35 |
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| charged particles | 0.49 |
| particle | 0.49 |
| subatomic particle | 0.42 |
| elementary particles | 0.41 |
| fundamental particles | 0.41 |
| uniform particles of ma… | 0.28 |
| charged subatomic parti… | 0.28 |
| tiny, light particles | 0.28 |
| charged | 0.80 |
| excited | 0.71 |
| removed | 0.71 |
| bound to the nucleus | 0.70 |
| bound | 0.64 |
| transferred | 0.63 |
| lost | 0.63 |
| shared | 0.62 |
| bound to atom | 0.53 |
| gained | 0.52 |
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