14. Consider two ionic solids, both composed of singly-charged ions, that have different lattice energies. Which solid will be more soluble in water, the one with the larger lattice energy or the one with the smaller lattice energy? Assume that solute- solvent interactions are the same for both solids. (A) The solid with the larger lattice energy, if entropy increases as a result of mixing, and the solid with the smaller lattice energy, if entropy decreases as a result of mixing. (B) The solid with the smaller lattice energy, if entropy increases as a result of mixing, and the solid with the larger lattice energy, if entropy decreases as a result of mixing. (C) The solid with the smaller lattice energy. (D) The solid with the larger lattice energy. (E) They will have the same or very similar solubilities.

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14. Consider two ionic solids, both composed of singly-charged ions, that have
different lattice energies. Which solid will be more soluble in water, the one with the
larger lattice energy or the one with the smaller lattice energy? Assume that solute-
solvent interactions are the same for both solids.
(A) The solid with the larger lattice energy, if entropy increases as a result of
mixing, and the solid with the smaller lattice energy, if entropy decreases as a
result of mixing.
(B) The solid with the smaller lattice energy, if entropy increases as a result of
mixing, and the solid with the larger lattice energy, if entropy decreases as a
result of mixing.
(C) The solid with the smaller lattice energy.
(D) The solid with the larger lattice energy.
(E) They will have the same or very similar solubilities.
Transcribed Image Text:14. Consider two ionic solids, both composed of singly-charged ions, that have different lattice energies. Which solid will be more soluble in water, the one with the larger lattice energy or the one with the smaller lattice energy? Assume that solute- solvent interactions are the same for both solids. (A) The solid with the larger lattice energy, if entropy increases as a result of mixing, and the solid with the smaller lattice energy, if entropy decreases as a result of mixing. (B) The solid with the smaller lattice energy, if entropy increases as a result of mixing, and the solid with the larger lattice energy, if entropy decreases as a result of mixing. (C) The solid with the smaller lattice energy. (D) The solid with the larger lattice energy. (E) They will have the same or very similar solubilities.
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