The periodic table can be used to count the protons, electrons, and neutrons of atoms using...

 

 

 

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The periodic table can be used to count the protons, electrons, and neutrons of atoms using the atomic mass and atomic number. Note: the periodic table can be used to count the protons, electrons, and neutrons of isotopes and of ions of atoms as well. For this question, provide the number of electrons, neutrons, and protons for the following: The nitrogen atom N The nitrogen isotope N-16 The nitrogen ion, nitride, N³- Discussion Question 5: There are 5 electron models used to display the theories of how electrons can be 'found' in atoms. In this class, we focus on 4 including orbital diagrams, electron configurations, shell diagrams, and Lewis dot diagrams. Because we are dealing with the electrons only, electron models can be used to show electron arrangements in atoms and ions. Provide the 4 electron models for the following while paying attention to how the ion models look similar: Magnesium atom Magnesium 2+ ion Oxygen atom Oxygen (Oxide) 2- ion The periodic table can be used to count the protons, electrons, and neutrons of atoms using the atomic mass and atomic number. Note: the periodic table can be used to count the protons, electrons, and neutrons of isotopes and of ions of atoms as well. For this question, provide the number of electrons, neutrons, and protons for the following: The nitrogen atom N The nitrogen isotope N-16 The nitrogen ion, nitride, N³- Discussion Question 5: There are 5 electron models used to display the theories of how electrons can be 'found' in atoms. In this class, we focus on 4 including orbital diagrams, electron configurations, shell diagrams, and Lewis dot diagrams. Because we are dealing with the electrons only, electron models can be used to show electron arrangements in atoms and ions. Provide the 4 electron models for the following while paying attention to how the ion models look similar: Magnesium atom Magnesium 2+ ion Oxygen atom Oxygen (Oxide) 2- ion