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1. a) Determine which planes in an fcc structure have the highest density of atoms. b) Evaluate this density in atoms/cm? for Cu. 2. Repeat Problem 11 for Fe, which has a bcc structure. 3. Show that the maximum packing ratio in the diamond structure is a/3/16. [Hint: The structure may be viewed as two interpenetrating fcc lattices, arranged such

1. a) Determine which planes in an fcc structure have the highest density of atoms. b) Evaluate this density in atoms/cm? for Cu. 2. Repeat Problem 11 for Fe, which has a bcc structure. 3. Show that the maximum packing ratio in the diamond structure is a/3/16. [Hint: The structure may be viewed as two interpenetrating fcc lattices, arranged such

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1. a) Determine which planes in an fcc structure have the highest density of atoms. b) Evaluate this density in atoms/cm? for Cu. 2. Repeat Problem 11 for Fe, which has a bcc structure. 3. Show that the maximum packing ratio in the diamond structure is a/3/16. [Hint: The structure may be viewed as two interpenetrating fcc lattices, arranged such
Transcribed Image Text:1. a) Determine which planes in an fcc structure have the highest density of atoms. b) Evaluate this density in atoms/cm? for Cu. 2. Repeat Problem 11 for Fe, which has a bcc structure. 3. Show that the maximum packing ratio in the diamond structure is a/3/16. [Hint: The structure may be viewed as two interpenetrating fcc lattices, arranged such
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