Using the data in the tables and Coulomb's law, calculate the energy change for this reaction (per formula unit of CsCl). Cs(g) + Cl(g) → CsCl(g) Ionization energy Atom Na K Cs Ionic radius Cation Na+ K+ Cs+ I₁ (aJ) 0.824 0.696 0.624 Radius (pm) 102 138 167 Electron affinity Atom F Cl Br I Ionic radius EA₁ (aJ) -0.545 -0.580 -0.540 -0.490 Anion Radius (pm) F- CI- Br I 133 181 196 220. ▲Erxn = 0.044 Incorrect aJ

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Chapter1: Chemical Foundations
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Using the data in the tables and Coulomb's law, calculate the energy change for this reaction (per formula unit of CsC1).
Cs(g) + Cl(g) -
CsCl(g)
Ionization energy
Atom
Na
K
Cs
Ionic radius
Cation
Na+
K+
Cs+
I₁ (aJ)
0.824
0.696
0.624
Radius (pm)
102
138
167
Electron affinity
Atom
F
Cl
Br
I
Ionic radius
EA₁ (aJ)
-0.545
-0.580
-0.540
-0.490
Anion Radius (pm)
F-
CI-
Br
I
133
181
196
220.
AErxn
=
0.044
Incorrect
aJ
Uking the data in the tables and Coulomb's law, calculate the energy change
F-0.545
C -0.580
8 -0.540
-0.490
Anion Radio (p)
AF
Transcribed Image Text:Using the data in the tables and Coulomb's law, calculate the energy change for this reaction (per formula unit of CsC1). Cs(g) + Cl(g) - CsCl(g) Ionization energy Atom Na K Cs Ionic radius Cation Na+ K+ Cs+ I₁ (aJ) 0.824 0.696 0.624 Radius (pm) 102 138 167 Electron affinity Atom F Cl Br I Ionic radius EA₁ (aJ) -0.545 -0.580 -0.540 -0.490 Anion Radius (pm) F- CI- Br I 133 181 196 220. AErxn = 0.044 Incorrect aJ Uking the data in the tables and Coulomb's law, calculate the energy change F-0.545 C -0.580 8 -0.540 -0.490 Anion Radio (p) AF
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