Using a Born-Haber analysis like that shown in the text, estimate the energy released on forming KCl₂ from K(s)and Cl₂ where K has a +2 charge (the lattice energy for KCl₂ is about 2200 kJ/mole; heat of vaporization (K)= 77.1 kJ/mole; IE₁(K) =419 kJ/mole; IE₂(K)=3051 kJ/mole; Cl₂ bond energy = 240 kJ/mole; EA(Cl)= -348.8 kJ).

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The Answer of Using a Born-Haber analysis like that shown in the text, estimate the energy released on forming KCl₂ from K(s)and Cl₂ where K has a +2 charge (the lattice energy for KCl₂ is about 2200 kJ/mole; heat of vaporization (K)= 77.1 kJ/mole; IE₁(K) =419 kJ/mole; IE₂(K)=3051 kJ/mole; Cl₂ bond energy = 240 kJ/mole; EA(Cl)= -348.8 kJ).

Using a Born-Haber Analysis Like That Shown in the Text