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The model in the illustration represents an atom of lithium (Li). If the lithium atom becomes an ion, it will lose one electron. Which type of ion will it be, a cation or an anion? What does that mean? Click to add text Neutron What will be the electric charge of this ion? Proton Click to add text Electron

The model in the illustration represents an atom of lithium (Li). If the lithium atom becomes an ion, it will lose one electron. Which type of ion will it be, a cation or an anion? What does that mean? Click to add text Neutron What will be the electric charge of this ion? Proton Click to add text Electron

Chemistry
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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The model in the illustration represents an atom of lithium (Li). If the lithium atom becomes an ion, it will lose one electron. Which type of ion will it be, a cation or an anion? What does that mean? Click to add text Neutron What will be the electric charge of this ion? Proton Click to add text Electron
Transcribed Image Text:The model in the illustration represents an atom of lithium (Li). If the lithium atom becomes an ion, it will lose one electron. Which type of ion will it be, a cation or an anion? What does that mean? Click to add text Neutron What will be the electric charge of this ion? Proton Click to add text Electron
Noble Gas Envy lons Group l(A), 1 Hydrogen, H Number each group. The first group has been done for you. Complete each model by stating whether an atom will be gaining or losing electrons and how many and the ion that it is becoming. Elements in Groups 1Ã(1), 2A(2), and 3A(13) lose electrons. Elements in Groups 5A(15), 6A(16), and 7A(17) gain electrons. Elements in Group 4A(14) could gain or lose electrons, so show both options. Lithium is done for you as an example. 1 2 Helium, He p=1 p=2 Click to add text Click to add X text 3 Lithium, Li 4 Beryllium, Be 5 6 Carbon, C 7 Nitrogen,N 8 Oxygen, O 9 Fluorine, F 10 Neon,Ne Boron, B p=3 p=4 p=5 p=6 p=8 p=9 p=10 Loses 1e- Click to add Click to add Click to add Click to add Click to add Click to add Click to add Becomes Li text text text text text text text 11 Sodium, Na 12 Magnesium, Mg 13 Aluminum, Al 14 Silicon, St 15 Phosphorous, P 16 Sulfur, S 17 Chlorine, Cl 18 Argon, Ar p=11 p=12 p=13 p=16 p=17, p=18 Click to add Click to add Click to add Click to add Click to add Click to add Click to add Click to add text text text text text text text text Electrons: Access a Periodic Table here.
Transcribed Image Text:Noble Gas Envy lons Group l(A), 1 Hydrogen, H Number each group. The first group has been done for you. Complete each model by stating whether an atom will be gaining or losing electrons and how many and the ion that it is becoming. Elements in Groups 1Ã(1), 2A(2), and 3A(13) lose electrons. Elements in Groups 5A(15), 6A(16), and 7A(17) gain electrons. Elements in Group 4A(14) could gain or lose electrons, so show both options. Lithium is done for you as an example. 1 2 Helium, He p=1 p=2 Click to add text Click to add X text 3 Lithium, Li 4 Beryllium, Be 5 6 Carbon, C 7 Nitrogen,N 8 Oxygen, O 9 Fluorine, F 10 Neon,Ne Boron, B p=3 p=4 p=5 p=6 p=8 p=9 p=10 Loses 1e- Click to add Click to add Click to add Click to add Click to add Click to add Click to add Becomes Li text text text text text text text 11 Sodium, Na 12 Magnesium, Mg 13 Aluminum, Al 14 Silicon, St 15 Phosphorous, P 16 Sulfur, S 17 Chlorine, Cl 18 Argon, Ar p=11 p=12 p=13 p=16 p=17, p=18 Click to add Click to add Click to add Click to add Click to add Click to add Click to add Click to add text text text text text text text text Electrons: Access a Periodic Table here.
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