 # Bohr Diagrams. # protons = Bohr Diagrams # protons = atomic number.

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Bohr Diagrams

# protons =

Bohr Diagrams # protons = atomic number

Bohr Diagrams # protons = atomic number # electrons =

Bohr Diagrams # protons = atomic number # electrons = # protons

Bohr Diagrams # protons = atomic number # electrons = # protons # neutrons =

Bohr Diagrams # protons = atomic number # electrons = # protons # neutrons = atomic mass – atomic number e.g. fluorine # protons = ?

Bohr Diagrams # protons = atomic number # electrons = # protons # neutrons = atomic mass – atomic number e.g. fluorine # protons = 9 # electrons = ?

Bohr Diagrams # protons = atomic number # electrons = # protons # neutrons = atomic mass – atomic number e.g. fluorine # protons = 9 # electrons = 9

Bohr Diagrams # protons = atomic number # electrons = # protons # neutrons = atomic mass – atomic number e.g. fluorine # protons = 9 # electrons = 9 # neutrons = ?

Bohr Diagrams # protons = atomic number # electrons = # protons # neutrons = atomic mass – atomic number e.g. fluorine # protons = 9 # electrons = 9 # neutrons = 10

Bohr Diagrams step 1: protons & neutrons are drawn in the nucleus

Bohr Diagrams step 1: protons & neutrons are drawn in the nucleus step 2: electrons are drawn in orbits around the nucleus

Bohr Diagrams step 1: protons & neutrons are drawn in the nucleus step 2: electrons are drawn in orbits around the nucleus first orbit can hold up to 2 electrons

Bohr Diagrams step 1: protons & neutrons are drawn in the nucleus step 2: electrons are drawn in orbits around the nucleus first orbit can hold up to 2 electrons other orbits can hold up to 8 electrons

Bohr Diagrams step 1: protons & neutrons are drawn in the nucleus step 2: electrons are drawn in orbits around the nucleus first orbit can hold up to 2 electrons other orbits can hold up to 8 electrons e.g. fluorine # protons = 9 # electrons = 9 # neutrons = 10

Bohr Diagrams step 1: protons & neutrons are drawn in the nucleus step 2: electrons are drawn in orbits around the nucleus first orbit can hold up to 2 electrons other orbits can hold up to 8 electrons e.g. fluorine # protons = 9 # electrons = 99P # neutrons = 1010N

Bohr Diagrams step 1: protons & neutrons are drawn in the nucleus step 2: electrons are drawn in orbits around the nucleus first orbit can hold up to 2 electrons other orbits can hold up to 8 electrons e.g. fluorine # protons = 9 # electrons = 99P # neutrons = 1010N

Bohr Diagrams step 1: protons & neutrons are drawn in the nucleus step 2: electrons are drawn in orbits around the nucleus first orbit can hold up to 2 electrons other orbits can hold up to 8 electrons e.g. fluorine # protons = 9 # electrons = 99P # neutrons = 1010N

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