If we project the atoms in a diamond lattice onto the bottom surface with the heights of the atoms in unit of the lattice constant shown in the figure below; find the heights of the three atoms (X, Y, Z) on the figure.
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FIGURE 1 shows a diamond structure. Determine the volume density of the atom if the given lattice constant is 5.45 . (Given = 1 10⁻¹⁰ m). A. 4.94 10²² atoms/cm³ B. 8.44 10²² atoms/cm³ C. 9.84 10²² atoms/cm³ D. 4.94 10²⁴ atoms/cm³
Adi S.
Give the complete symbol $\left(\frac{4}{z} \mathrm{X}\right)$ for each of the following atoms: (a) potassium with 20 neutrons, (b) krypton with 48 neutrons, and (c) cobalt with 33 neutrons.
Write the symbol of each atom using the $_{z}^{\text {A }}$X format.
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