Given the following data construct a Born-Haber cycle for and calculate the lattice energy of PbS. 1. Pb (g) = Pb2 (g) + 2é Pb (s) = Pb (g) S (s) = S (g) S (g) + 2é = S (g) Pb (s) + S (s) = PbS (s) H= -98 kJ mol H = 2160 kJ mol H= 178 kJ mol H = 264 kJ mol H= -246 kJ mol

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Given the following data construct a Born-Haber cycle for and calculate the
lattice energy of PbS.
Pb (g) = Pb2 (g) + 2é
Pb (s) = Pb (g)
S (s) = S (g)
S (g) + 2é = S? (g)
Pb (s) + S (s) = PbS (s) H = -98 kJ mol1
H = 2160 kJ mol-
H = 178 kJ mol
H = 264 kJ mol
H = -246 kJ mol
Transcribed Image Text:1. Given the following data construct a Born-Haber cycle for and calculate the lattice energy of PbS. Pb (g) = Pb2 (g) + 2é Pb (s) = Pb (g) S (s) = S (g) S (g) + 2é = S? (g) Pb (s) + S (s) = PbS (s) H = -98 kJ mol1 H = 2160 kJ mol- H = 178 kJ mol H = 264 kJ mol H = -246 kJ mol
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