(b) Construct a Born Haber cycle diagram for the formation of magnesium chloride andfind the enthalpy atomization of magnesium. Given the followings:Enthalpy formation of magnesium chlorideAH°r = -642 kJmol'Lattice energy of magnesium chlorideAH°lattice = -2525.2 kJmol-'Enthalpy atomization of chlorineAH°, = 121.5 kJmol·First ionization energy of magnesiumIEI = 737.7 kJmolSecond ionization energy of magnesiumIE2= 1450.7 kJmolElectron affinity of chlorineEA = -679.2 kJmol·!

Answer is explained below. The given information are as follows:

(b) Construct a Born Haber cycle diagram for the formation of magnesium chloride and find the enthalpy atomization of magnesium. Given the followings: Enthalpy formation of magnesium chloride AH°t = -642 kJmol Lattice energy of magnesium chloride ΔΗΗ °lattice = -2525.2 kJmol %3D Enthalpy atomization of chlorine AH°, = 121.5 kJmol' %3D First ionization energy of magnesium IEj = 737.7 kJmol Second ionization energy of magnesium IE2= 1450.7 kJmol Electron affinity of chlorine EA = -679.2 kJmol

(b) Construct a Born Haber cycle diagram for the formation of magnesium chloride and find the enthalpy atomization of magnesium. Given the followings: Enthalpy formation of magnesium chloride AH°t = -642 kJmol Lattice energy of magnesium chloride ΔΗΗ °lattice = -2525.2 kJmol %3D Enthalpy atomization of chlorine AH°, = 121.5 kJmol' %3D First ionization energy of magnesium IEj = 737.7 kJmol Second ionization energy of magnesium IE2= 1450.7 kJmol Electron affinity of chlorine EA = -679.2 kJmol

Chemistry

10th Edition

ISBN:9781305957404

Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Chapter1: Chemical Foundations

Section: Chapter Questions

Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

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