5. a) Draw a HCP unit cell and label (0001), (1100), and (2110) planes, and also specify what kind of planes they are (i.e. basal, prism or pyramidal). Also mark the directions [112 0] and [0001]. b) Cobalt has close to ideal c/a ratio (1.623) and has a density of 8.86 g/cm3 and atomic mass of 58.93 amu. Calculate its lattice constants (c and a). 6. Write the Pearson symbols of the following elements: Cu3Au (L12), Diamond, β-Zr, y-Fe and Mo
5. a) Draw a HCP unit cell and label (0001), (1100), and (2110) planes, and also specify what kind of planes they are (i.e. basal, prism or pyramidal). Also mark the directions [112 0] and [0001]. b) Cobalt has close to ideal c/a ratio (1.623) and has a density of 8.86 g/cm3 and atomic mass of 58.93 amu. Calculate its lattice constants (c and a). 6. Write the Pearson symbols of the following elements: Cu3Au (L12), Diamond, β-Zr, y-Fe and Mo
Chemistry
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Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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Chapter1: Chemical Foundations
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Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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5. a) Draw a HCP unit cell and label (0001), (1100), and (2110) planes, and also specify
what kind of planes they are (i.e. basal, prism or pyramidal). Also mark the directions [112
0] and [0001].
what kind of planes they are (i.e. basal, prism or pyramidal). Also mark the directions [112
0] and [0001].
b) Cobalt has close to ideal c/a ratio (1.623) and has a density of 8.86 g/cm3 and atomic
mass of 58.93 amu. Calculate its lattice constants (c and a).
6. Write the Pearson symbols of the following elements: Cu3Au (L12), Diamond, β-Zr, y-Fe
and Mo (1 x 5 = 5)
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