when-lead-crystallizes-it-adopts-a-face-centered-cubic-crystal-structure-the-edg

Question

When lead crystallizes, it adopts a face-centered cubic crystal structure. The edge length of the unit cell is 495 pm. Calculate the radius (in pm) and density (in g/cm³) of a lead atom.

Accepted Answer

radius = 175 pm; density = 11.3 g/cm³

Answer

radius = 145 pm; density = 11.3 g/cm³

Answer

radius = 175 pm; density = 16.6 g/cm³

Answer

radius = 145 pm; density = 16.6 g/cm³

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When lead crystallizes, it adopts a face-centered cubic crystal structure. The edge length of the unit cell is 495 pm. Calculate the radius (in pm) and density (in g/cm³) of a lead atom.

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When lead crystallizes, it adopts a face-centered cubic crystal structure. The edge length of the unit cell is 495 pm. Calculate the radius (in pm) and density (in g/cm3) of a lead atom.

When lead crystallizes, it adopts a face-centered cubic crystal structure. The edge length of the unit cell is 495 pm. Calculate the radius (in pm) and density (in g/cm³) of a lead atom.