gy E required for deformation can be calculated using which formula? (L = length of d

Chemistry: Principles and Reactions
8th Edition
ISBN:9781305079373
Author:William L. Masterton, Cecile N. Hurley
Publisher:William L. Masterton, Cecile N. Hurley
Chapter9: Liquids And Solids
Section: Chapter Questions
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IN A CRYSTAL, ENERGY E REQUIRED FOR DEFORMATION CAN BE CALCULATED USING WHICH FORMULA? (L = LENGTH OF DISLOCATION LINE, B = BURGER'S VECTOR, G = SHEAR MODUL...
In a crystal, energy E required for deformation can be calculated using which formula? (L = length of dislocation line, b = Burger's vector, G = Shear modulus
E=LGb
E=LG b²
E=L² Gb
E = G (Lb)²
E = L (Gb)²
00000
Transcribed Image Text:IN A CRYSTAL, ENERGY E REQUIRED FOR DEFORMATION CAN BE CALCULATED USING WHICH FORMULA? (L = LENGTH OF DISLOCATION LINE, B = BURGER'S VECTOR, G = SHEAR MODUL... In a crystal, energy E required for deformation can be calculated using which formula? (L = length of dislocation line, b = Burger's vector, G = Shear modulus E=LGb E=LG b² E=L² Gb E = G (Lb)² E = L (Gb)² 00000
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