7) Calculate the maximum radius of a sphere that may be accommodated in an octahedral hole in a close packed solid composed of spheres of radius r. 8) Given a close-packed arrangement of identical spheres, calculate the percentage of the unoccupied space.

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7) Calculate the maximum radius of a sphere
that may be accommodated in an octahedral
hole in a close packed solid composed of
spheres of radius r.
8) Given a close-packed arrangement of
identical spheres, calculate the percentage of
the unoccupied space.
Transcribed Image Text:7) Calculate the maximum radius of a sphere that may be accommodated in an octahedral hole in a close packed solid composed of spheres of radius r. 8) Given a close-packed arrangement of identical spheres, calculate the percentage of the unoccupied space.
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