14.6. (a) What are the essential similarities and differences in the plastic deformation of metals, ionic solids, and covalent solids? (b) Assuming hardness characteristics are related to plasticity as well as bond strength, would you predict a hexagonal modification of SIC to be harder or softer than a cubic modification? Why?
14.6. (a) What are the essential similarities and differences in the plastic deformation of metals, ionic solids, and covalent solids? (b) Assuming hardness characteristics are related to plasticity as well as bond strength, would you predict a hexagonal modification of SIC to be harder or softer than a cubic modification? Why?
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![14.6. (a) What are the essential similarities and differences in the
plastic deformation of metals, ionic solids, and covalent solids?
(b) Assuming hardness characteristics are related to plasticity as
well as bond strength, would you predict a hexagonal
modification of SiC to be harder or softer than a cubic
modification? Why?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Ffae826ef-a2f7-45d5-9ba6-c0f257aec779%2F0627798d-8617-40f2-afab-14dc1f00e83e%2F7y6doq4r_processed.jpeg&w=3840&q=75)
Transcribed Image Text:14.6. (a) What are the essential similarities and differences in the
plastic deformation of metals, ionic solids, and covalent solids?
(b) Assuming hardness characteristics are related to plasticity as
well as bond strength, would you predict a hexagonal
modification of SiC to be harder or softer than a cubic
modification? Why?
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