Question: (a) Write the chemical equations that are used in calculating the lattice energy of SrCl2(s) via a Born-Haber cycle. (b) The second ionization energy of

(a) Write the chemical equations that are used in calculating the lattice energy of SrCl2(s) via a Born-Haber cycle.
(b) The second ionization energy of Sr(g) is 1064kJ/mol. Use this fact along with data in Appendix C, Figure 7.9, Figure 7.11, and Table 8.2 to calculate ΔHof for SrCl2(s).

(a) Write the chemical equations that are used in calculating
(a) Write the chemical equations that are used in calculating

2372 2081 1312 1681 9 1402 1314 Ar 1521 1086 801 10,211000 As Se 1140 520 M S 1251 Al 786 Br 1351 K 590 633 6596 653 419 Ca Sc 71 | 763 760 737 746 7 Ge 947 941 Xe Pd 521 6841 702 1710-1720EM 8 1008170 Ta W Re 761 770 s P100 558 760 840 880870 80 1524 376 1A 2A 3A AA 5A 6A 1A SA Increasing ionization energy 8A He 73 2A 3A 4A 5A 6A 7A >0 1A Li Be -60 >0 Na Mg 27 -122 0 141-328 0 Al Si PSC -53 0 K Ca -482 Rb Sr -4-5 -43 | -134|-72 |-200|-340| > 0 Ga Ge As Se B Kr 30 -11978-195-325>0 In Sn Sb TeI Xe 30-107-103-190-2950

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