Reference no: EM132363038

Choose the atom that matches the identified atomic property and explain your answer based on its position within a group or period in the periodic table:

1. Highest Ionization Energy: Li, Be, B

Choose the atom that matches the identified atomic property and explain your answer based on its position within a group or period in the periodic table:

2. Lowest Ionization Energy: F, Cl, Br

Choose the atom that matches the identified atomic property and explain your answer based on its position within a group or period in the periodic table:

3. Highest Ionization Energy: S, Se, Te

Choose the atom that matches the identified atomic property and explain your answer based on its position within a group or period in the periodic table:

4. Lowest Ionization Energy: P, S, Cl

Choose the atom that matches the identified atomic property and explain your answer based on its position within a group or period in the periodic table:

5. Lowest Electronegativity: Li, Be, B

Choose the atom that matches the identified atomic property and explain your answer based on its position within a group or period in the periodic table:

6. Highest Electronegativity: F, Cl, Br

Choose the atom that matches the identified atomic property and explain your answer based on its position within a group or period in the periodic table:

7. Lowest Electronegativity: S, Se, Te

Choose the atom that matches the identified atomic property and explain your answer based on its position within a group or period in the periodic table:

8. Highest Electronegativity: P, S, Cl

Choose the atom that matches the identified atomic property and explain your answer based on its position within a group or period in the periodic table:

9. Largest Atomic Size: Li, Be, B

Choose the atom that matches the identified atomic property and explain your answer based on its position within a group or period in the periodic table:

10. Smallest Atomic Size: F, Cl, Br

Choose the atom that matches the identified atomic property and explain your answer based on its position within a group or period in the periodic table:

11. Largest Atomic Size: S, Se, Te

Choose the atom that matches the identified atomic property and explain your answer based on its position within a group or period in the periodic table:

12. Smallest Atomic Size: P, S, Cl

13. For the following question, use the "Insert Math Equation" tool (indicated by the √x icon on the toolbar and then choose arrows from the window which opens).

Write the Lewis structure for: ₁₄Si, ₂₈Ni, ₁₆S