ENME 382 Study Guide - Midterm Guide: Cubic Crystal System, Close-Packing Of Equal Spheres, Metal

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3 Nov 2022
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Midterm 1 review (from chemical bonding to polymers) Identify, differentiate, characterize the hexagonal close-packed (hcp) and face- centered cubic (fcc) crystal structures and their unit cells. Crystallographic planes: explain the unique properties of polymers and co-polymers. Know the differences between thermoplastics, thermosets and elastomers. Be able to calculate their molecular weight and degree of polymerization: use all you have learned till this point to select the best metallic material from a list and explain why they are best for that task. How atoms aggregate to form solids beyond form simple bonds: properties from f vs r curves: Tell you about the modulus or stiffness: properties from e vs r curves; Tell you about the thermal expansion coefficient, meltling temperature, binding energy. Non-directional metallic bonding of essentially spherical atoms (imaged as "hard spheres") prefers close packing dominated solely by geometry to create regular 3- dimensional arrays.

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