For solid solutions, check all that applies: V A. For the case of an interstitial solid solution of elements A and B, the atomic diameters do not differ by more than 15%. O B. For the case of an interstitial solid solution of elements A and B, the solute atom is much smaller than the solvent atom. O C. For the case of a substitutional solid solution of elements A and B, a difference in crystal structure of the two elements does not affect solubility. O D. For the case of a substitutional solid solution of elements A and B, high solubility requires that the atomic diameters do not differ by more than 15%.

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For solid solutions, check all that applies:
V A. For the case of an interstitial solid solution of elements A and B, the atomic diameters do not differ by more than 15%.
O B. For the case of an interstitial solid solution of elements A and B, the solute atom is much smaller than the solvent atom.
V C. For the case of a substitutional solid solution of elements A and B, a difference in crystal structure of the two elements
does not affect solubility.
O D. For the case of a substitutional solid solution of elements A and B, high solubility requires that the atomic diameters do
not differ by more than 15%.
Transcribed Image Text:For solid solutions, check all that applies: V A. For the case of an interstitial solid solution of elements A and B, the atomic diameters do not differ by more than 15%. O B. For the case of an interstitial solid solution of elements A and B, the solute atom is much smaller than the solvent atom. V C. For the case of a substitutional solid solution of elements A and B, a difference in crystal structure of the two elements does not affect solubility. O D. For the case of a substitutional solid solution of elements A and B, high solubility requires that the atomic diameters do not differ by more than 15%.
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