6- Draw Born - Haber Cycle and Calculate the lattice enthalpy for lithium fluoride, given the following information: • Enthalpy of sublimation for solid lithium = 151 kJ/mol • First ionization energy for lithium = 519 kJ/mol • F-F bond dissociation energy = 164 kJ/mol • Enthalpy of formation for F(g) = 82 kJ/mol • Electron affinity for fluorine = -348 kJ/mol Enthalpy of formation for solid lithium fluoride = -617 kJ/mol

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Chapter8: Electron Configurations And Periodicity
Section: Chapter Questions
Problem 8.119QP: The lattice energy of an ionic solid such as NaCl is the enthalpy change H for the process in which...
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6- Draw Born – Haber Cycle and Calculate the lattice enthalpy for lithium fluoride, given
the following information:
• Enthalpy of sublimation for solid lithium = 151 kJ/mol
• First ionization energy for lithium = 519 kJ/mol
• F-F bond dissociation energy = 164 kJ/mol
• Enthalpy of formation for F(g) = 82 kJ/mol
• Electron affinity for fluorine = -348 kJ/mol
Enthalpy of formation for solid lithium fluoride = -617 kJ/mol
Transcribed Image Text:6- Draw Born – Haber Cycle and Calculate the lattice enthalpy for lithium fluoride, given the following information: • Enthalpy of sublimation for solid lithium = 151 kJ/mol • First ionization energy for lithium = 519 kJ/mol • F-F bond dissociation energy = 164 kJ/mol • Enthalpy of formation for F(g) = 82 kJ/mol • Electron affinity for fluorine = -348 kJ/mol Enthalpy of formation for solid lithium fluoride = -617 kJ/mol
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