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Bohr's Model of the Atom
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Bohr’s Model Electron location is limited to energy levels
Gain energy to move to a higher energy level lose energy to move to a lower energy level How to determine the number of electrons: same number of protons
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Bohr's Model of the Atom fluorine: #P = #e- = #N =
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Bohr's Model of the Atom fluorine: #P = atomic # = 9 #e- = #N =
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Bohr's Model of the Atom e.g. fluorine: #P = 9 #e- = # P = 9 #N =
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Bohr's Model of the Atom fluorine: #P = 9 #e- = 9 #N = atomic mass - # P = 10
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Bohr's Model of the Atom fluorine: #P = 9 #e- = 9 #N = 10 draw the nucleus with protons & neutrons 9P 10N
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Bohr's Model of the Atom fluorine: #P = 9 #e- = 9 #N = 10 how many electrons can fit in the first orbit? 9P 10N
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Bohr's Model of the Atom e.g. fluorine: #P = 9 #e- = 9 #N = 10 how many electrons are left? 9P 10N
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Bohr's Model of the Atom e.g. fluorine: #P = 9 #e- = 9 #N = 10 how many electrons are left? 7 how many electrons fit in the second orbit? 9P 10N
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Bohr's Model of the Atom e.g. fluorine: #P = 9 #e- = 9 #N = 10 how many electrons are left? 7 how many electrons fit in the second orbit? 8 9P 10N
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Bohr's Model of the Atom e.g. fluorine: #P = 9 #e- = 9 #N = 10 9P 10N
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Bohr's Model of the Atom try these: hydrogen boron magnesium
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Bohr's Model of the Atom try these: hydrogen 1P 0N
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Bohr's Model of the Atom try these: boron 5P 6N
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Bohr's Model of the Atom try these: magnesium 12P 12N
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Activity Draw the 3 different elements using Bohr’s model. Make sure you clearly represent protons, neutrons, and electrons.
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