The steps to the Born-Haber cycle for RbCl are outlined. Identify each step as endothermic or exothermic. 1. sublimation of rubidium Rb(s) Rb(g) 2. dissociation of the chlorine molecule Cl,(g) – 2CI(g) 3. ionization of rubidium Answer Bank Rb(g) - Rb*(g) +e exothermic 4. electron affinity of chlorine endothermic CI(g) + e - cr(g) ) 5. formation of RbCI from its ions Rb* (g) + CI-(g) – RBCI(s) The overall reaction is the formation of one mole of RbCl from its elements in their standard states. Is the overall reaction endothermic or exothermic? RBCI(s) Rb(s) + Cl,(g)

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The steps to the Born-Haber cycle for RbCI are outlined. Identify each step as endothermic or exothermic.
1. sublimation of rubidium
Rb(s)
Rb(g)
2. dissociation of the chlorine molecule
Cl, (g) – 2 CI(g)
3. ionization of rubidium
Answer Bank
Rb(g)
Rb*(g) + e
exothermic
4. electron affinity of chlorine
endothermic
Cl(g) + e - CI"(g)
5. formation of R6CI from its ions
Rb* (g) + CI (g) – RBCI(s)
The overall reaction is the formation of one mole of RBCI from its elements in their standard states. Is the overall reaction
endothermic or exothermic?
Rb(s) + Cl, (g) – RBCI(s)
Transcribed Image Text:The steps to the Born-Haber cycle for RbCI are outlined. Identify each step as endothermic or exothermic. 1. sublimation of rubidium Rb(s) Rb(g) 2. dissociation of the chlorine molecule Cl, (g) – 2 CI(g) 3. ionization of rubidium Answer Bank Rb(g) Rb*(g) + e exothermic 4. electron affinity of chlorine endothermic Cl(g) + e - CI"(g) 5. formation of R6CI from its ions Rb* (g) + CI (g) – RBCI(s) The overall reaction is the formation of one mole of RBCI from its elements in their standard states. Is the overall reaction endothermic or exothermic? Rb(s) + Cl, (g) – RBCI(s)
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