Question

10. (a) Using solid circle to represent atoms, draw the locations of atoms in Cu (FCC structure), Fe (BCC structure), Mg (HCP structure), and diamond (diamond structure). (b) Write down the coordinates for atoms that are not located on the apex of the unit cell in fractions of unit cell vectors. I prefer you do this without looking at your note though I have no way to check. (c) Write down the numbers of lattice points for each case. Use the unit cell frames provided to make such drawing. For HCP structure, though more than one unit cell frames are provided, draw atoms in a unit cell only.

          10. (a) Using solid circle to represent atoms, draw the locations of atoms in Cu (FCC structure), Fe (BCC structure), Mg (HCP structure), and diamond (diamond structure). (b) Write down the coordinates for atoms that are not located on the apex of the unit cell in fractions of unit cell vectors. I prefer you do this without looking at your note though I have no way to check. (c) Write down the numbers of lattice points for each case. Use the unit cell frames provided to make such drawing. For HCP structure, though more than one unit cell frames are provided, draw atoms in a unit cell only.

$10. (a) Using solid circle to represent atoms, draw the locations of atoms in Cu (FCC structure), Fe (BCC structure), Mg (HCP structure), and diamond (diamond structure). (b) Write down the coordinates for atoms that are not located on the apex of the unit cell in fractions of unit cell vectors. I prefer you do this without looking at your note though I have no way to check. (c) Write down the numbers of lattice points for each case. Use the unit cell frames provided to make such drawing. For HCP structure, though more than one unit cell frames are provided, draw atoms in a unit cell only.$

Added by Michael R.

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