Match the ionization energy with the element. Study the periodic table of elements and compare the first ionization energy of each element, the energy necessary (kcal/g mole) to remove one electron from the atom. (Hint: You only have to find the values on the Periodic Table and match them with the values below.) a. 402 kcal/g• mole b. 90 kcal/g• mole c. 313 kcal/g• mole d. 100 kcal/g mole 22. Hydrogen 23. Cesium 24. Potassium 25. Fluorine

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Chapter1: Chemical Foundations
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Faith Academy Chemistry AWeek14 modified Chemical Bonds, Electronegativity, & Ionic Character 1105Sec2
Match the ionization energy with the element. Study the periodic table of elements and
compare the first ionization energy of each element, the energy necessary (kcal/g• mole) to
remove one electron from the atom. (Hint: You only have to find the values on the Periodic Table
and match them with the values below.)
22. Hydrogen
23. Cesium
a. 402 kcal/g• mole
b. 90 kcal/g• mole
c. 313 kcal/g mole
d. 100 kcal/g• mole
24. Potassium
25. Fluorine
Complete Figure 2 on page 12, Electronegativity of the Elements, by putting in the
electronegativity of each element on the line below the element symbol.
Match the element with the electronegativity numbers assigned by Pauling. (Hint: Find each
element and its electronegativity from the Periodic Table)
d. 0.9
e. 3.5
Transcribed Image Text:Faith Academy Chemistry AWeek14 modified Chemical Bonds, Electronegativity, & Ionic Character 1105Sec2 Match the ionization energy with the element. Study the periodic table of elements and compare the first ionization energy of each element, the energy necessary (kcal/g• mole) to remove one electron from the atom. (Hint: You only have to find the values on the Periodic Table and match them with the values below.) 22. Hydrogen 23. Cesium a. 402 kcal/g• mole b. 90 kcal/g• mole c. 313 kcal/g mole d. 100 kcal/g• mole 24. Potassium 25. Fluorine Complete Figure 2 on page 12, Electronegativity of the Elements, by putting in the electronegativity of each element on the line below the element symbol. Match the element with the electronegativity numbers assigned by Pauling. (Hint: Find each element and its electronegativity from the Periodic Table) d. 0.9 e. 3.5
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