Question

Question 6 Status: Not yet answered | Points possible: 1.00 The extent of a compound's dissolving is based on the thermodynamic quantities of enthalpy and entropy. The enthalpy of dissolving depends on the Choose... between the ions in the solid state and between the ions and choose... because the ions have The entropy of dissolving is usually thermodynamically Choose... Choose... when dissolved.

Answer 1

Gaystal The particles depends Lattice energii. 40 energy of attraction in the solid state on the size and between the inic and which is charge of the ions : solution Dissolving, is an endothermic process which is equal to Al. Enthalpy of boliskon 4Hzoluation :- The encagy of attraction between the ions and the solvents and is exethamic The averall dissbution paocess is endothermie () exothamic depends on the magnitudes of the AU and A H solation Hsolution - A Hication +(-44) Enthalpy of scubrion Entropy Entropy is related to the number of tricacstates in a chemical systems In a number solid state, have limited agrangements

When dissolved in a solution, the ions can occupy a more available arrangement Cor) infinite number of microstates The entropy of ions in solution is greater than the entropy of ions in a solid states. Therefore, entropy of dissolving is thamodynas -cally furored # Question 6 I The extent of a compounds dissolving based on the thermodynamic quantities of enthalpy and entropy The enthalpy of dissolving depends on the strength of attraction between the ions in the solid state (lattica energy) and between the ions and the savent (enthalpy of solvation) The entropy of & dissolving is usually thermodynamically savored because the ions have more available arrangements when dissolved

The enthalpy of dissolving depends on the strength of attraction between the ions in the solid state and between the ions and solvent.

The entropy of dissolving is usually thermodynamically favored because the ions have more available arrangements when dissolved.