k Lithium atom, illustration Atomic structure of a lithium atom, illustration. In the centre of the atom is the nucleus, made up of a tightlypacked cluster of protons red and neutrons. Three electrons blue are orbiting around the nucleus. The electrons each have a negative charge, which is balanced by positivelycharged protons in the nucleus. This classical model is known as the Bohr Model, after the Danish physicist Neils Bohr. However, in modern quantum physics it has proved impossible to precisely locate the position of atomic electrons. Instead they are represented by fuzzy clouds, large areas within which there is a high probability of an electron being found., by SCIENCE PHOTO LIBRARY Stock Photo - Afloimages
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Lithium atom, illustration Atomic structure of a lithium atom, illustration. In the centre of the atom is the nucleus, made up of a tightly packed cluster of protons  red  and neutrons. Three electrons  blue  are orbiting around the nucleus. The electrons each have a negative charge, which is balanced by positively charged protons in the nucleus. This classical model is known as the Bohr Model, after the Danish physicist Neils Bohr. However, in modern quantum physics it has proved impossible to precisely locate the position of atomic electrons. Instead they are represented by fuzzy clouds, large areas within which there is a high probability of an electron being found., by SCIENCE PHOTO LIBRARY
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Lithium atom, illustration

Atomic structure of a lithium atom, illustration. In the centre of the atom is the nucleus, made up of a tightly-packed cluster of protons (red) and neutrons. Three electrons (blue) are orbiting around the nucleus. The electrons each have a negative charge, which is balanced by positively-charged protons in the nucleus. This classical model is known as the Bohr Model, after the Danish physicist Neils Bohr. However, in modern quantum physics it has proved impossible to precisely locate the position of atomic electrons. Instead they are represented by fuzzy clouds, large areas within which there is a high probability of an electron being found., by SCIENCE PHOTO LIBRARY

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