Calculate the lattice energy of KCI at 298 K. Given that: Sublimation Energy of K(s) =...

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Calculate the lattice energy of KCI at 298 K. Given that: Sublimation Energy of K(s) = 89 kJ mol-¹ lonization energy of K(g) = 418 kJ mot¹ Dissociation energy of Cl₂(g) = 244 kJ mol-¹ Electron attachment energy of Cl(g) = -349 kJ mol-¹ Formation of KCI(s) = -437 a) 575 kJ mol-¹ b) 202 kJ mol-¹ c) 717 kJ mol-¹ d) 800 kJ mol-¹ Calculate the lattice energy of KCI at 298 K. Given that: Sublimation Energy of K(s) = 89 kJ mol-¹ lonization energy of K(g) = 418 kJ mot¹ Dissociation energy of Cl₂(g) = 244 kJ mol-¹ Electron attachment energy of Cl(g) = -349 kJ mol-¹ Formation of KCI(s) = -437 a) 575 kJ mol-¹ b) 202 kJ mol-¹ c) 717 kJ mol-¹ d) 800 kJ mol-¹

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