2. Determine the density of a copper specimen with a dislocation density of 108 mm- 2 given that density of a copper specimen with a dislocation density of 10° mm2 is 8.920 g/cm3. (Radius of Cu atom is 1.30x10-7 mm and copper metal adopts fcc structure.)

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2. Determine the density of a copper specimen with a dislocation density of 108 mm-
2 given that density of a copper specimen with a dislocation density of 109 mm2 is
8.920 g/cm3. (Radius of Cu atom is 1.30x10-7 mm and copper metal adopts fcc
structure.)
Transcribed Image Text:2. Determine the density of a copper specimen with a dislocation density of 108 mm- 2 given that density of a copper specimen with a dislocation density of 109 mm2 is 8.920 g/cm3. (Radius of Cu atom is 1.30x10-7 mm and copper metal adopts fcc structure.)
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