Question

14. State the relationship between atomic number and first ionization energy as the elements in Group 1. As atomic number increases, the ionization energy in Group 1 decreases. Explain 15. The radius of a lithium atom is 130 picometers, and the radius of a fluorine atom is 60 picometers. Describe the general trend in atomic radius as each element in Period 2 is considered in order from left to right. The atomic radius in Period 2 decreases. Explain 16. Describe the general trend in electronegativity as each element in Period 2 is considered in order from left to right. The electronegativity across Period 2 increases. Explain

          14. State the relationship between atomic number and first ionization energy as the elements in
Group 1.
As atomic number increases, the ionization energy in Group 1 decreases. Explain
15. The radius of a lithium atom is 130 picometers, and the radius of a fluorine atom is 60
picometers. Describe the general trend in atomic radius as each element in Period 2 is
considered in order from left to right.
The atomic radius in Period 2 decreases. Explain
16. Describe the general trend in electronegativity as each element in Period 2 is considered in order
from left to right.
The electronegativity across Period 2 increases. Explain

14. State the relationship between atomic number and first ionization energy as the elements in
Group 1.
As atomic number increases, the ionization energy in Group 1 decreases. Explain
15. The radius of a lithium atom is 130 picometers, and the radius of a fluorine atom is 60
picometers. Describe the general trend in atomic radius as each element in Period 2 is
considered in order from left to right.
The atomic radius in Period 2 decreases. Explain
16. Describe the general trend in electronegativity as each element in Period 2 is considered in order
from left to right.
The electronegativity across Period 2 increases. Explain

Added by Amber P.

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