Draw the Born-Haber Cycle for the formation of lithium fluoride from lithium and fluorine gas that includes all the steps listed below, and calculate the lattice energy (UL) of LiF.

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20. The formation of lithium fluoride, LiF, involves the following reaction:
Li(s) + ½ F2(g) → LiF(s); AH= -616.0 kJ
Draw the Born-Haber Cycle for the formation of lithium fluoride from lithium and fluorine gas that
includes all the steps listed below, and calculate the lattice energy (UL) of LiF.
Steps:
AH in kJ/mol
(1) Li(s) → Li(g);
(2) Li(g) → Li"(g) + e";
AH, = 161;
IE = 520;
(3) F2(g) → 2F(g):
BE = 160;
(4) F(g) + e → F (g);
EA = -328;
Chem 1A, Midterm Exam Review#2
(5) Li"(g) + F(g) → LiF(s);
UL = ? (lattice energy)
Transcribed Image Text:20. The formation of lithium fluoride, LiF, involves the following reaction: Li(s) + ½ F2(g) → LiF(s); AH= -616.0 kJ Draw the Born-Haber Cycle for the formation of lithium fluoride from lithium and fluorine gas that includes all the steps listed below, and calculate the lattice energy (UL) of LiF. Steps: AH in kJ/mol (1) Li(s) → Li(g); (2) Li(g) → Li"(g) + e"; AH, = 161; IE = 520; (3) F2(g) → 2F(g): BE = 160; (4) F(g) + e → F (g); EA = -328; Chem 1A, Midterm Exam Review#2 (5) Li"(g) + F(g) → LiF(s); UL = ? (lattice energy)
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