Solid Agl is insoluble in water. The energy diagram for the spontaneous, one-step, exothermic precipitation reaction when the two aqueous solutions, AgNO3(ag) and Kl(ag), are combined is: Spontaneous, exothermic Agl precipitation 1 AGNO3 (a0) + KLa0) AH <0 kJ/mol Aglo KNO3 (aa) Silver iodide precipitates because O a Highly endothermic reaction are spontaneous and the covalent bond energy released during the precipitation is greater than the total ion-dipole energies between water and, both, the silver and iodide ions. Highly endothermic reaction are spontaneous and the metallic bond energy released during the precipitation is less than the total ion-dipole energies between water and, both, the silver and iodide ions. Highly exothermic reaction are spontaneous and the ionic bond energy released during the precipitation is greater than the total ion-dipole energies between water and, both, the silver and iodide ions. Highly endothermic reaction are spontaneous and the metallic bond energy released during the precipitation is greater than the total hydrogen bond energies between water and, both, the silver and iodide ions. O d

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Solid Agl is insoluble in water. The energy diagram for the spontaneous, one-step, exothermic precipitation reaction when the two
aqueous solutions, AGNO3(ag) and Kl(ag), are combined is:
Spontaneous, exothermic AgI precipitation
T AGNO3 (a0) + KLa)
H.
AH <0 kJ/mol
Aglo tKNO3 (a0a)
Silver iodide precipitates because
O a
Highly endothermic reaction are spontaneous and the covalent bond energy released during the precipitation is greater than the
total ion-dipole energies between water and, both, the silver and iodide ions.
Highly endothermic reaction are spontaneous and the metallic bond energy released during the precipitation is less than the total
ion-dipole energies between water and, both, the silver and iodide ions.
Highly exothermic reaction are spontaneous and the ionic bond energy released during the precipitation is greater than the total
ion-dipole energies between water and, both, the silver and iodide ions.
Highly endothermic reaction are spontaneous and the metallic bond energy released during the precipitation is greater than the
total hydrogen bond energies between water and, both, the silver and iodide ions.
O d
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Transcribed Image Text:Solid Agl is insoluble in water. The energy diagram for the spontaneous, one-step, exothermic precipitation reaction when the two aqueous solutions, AGNO3(ag) and Kl(ag), are combined is: Spontaneous, exothermic AgI precipitation T AGNO3 (a0) + KLa) H. AH <0 kJ/mol Aglo tKNO3 (a0a) Silver iodide precipitates because O a Highly endothermic reaction are spontaneous and the covalent bond energy released during the precipitation is greater than the total ion-dipole energies between water and, both, the silver and iodide ions. Highly endothermic reaction are spontaneous and the metallic bond energy released during the precipitation is less than the total ion-dipole energies between water and, both, the silver and iodide ions. Highly exothermic reaction are spontaneous and the ionic bond energy released during the precipitation is greater than the total ion-dipole energies between water and, both, the silver and iodide ions. Highly endothermic reaction are spontaneous and the metallic bond energy released during the precipitation is greater than the total hydrogen bond energies between water and, both, the silver and iodide ions. O d Sign out I 12:4 INTL DELL
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