Allotropic phase change. Iron is observed to undergo a transformation from bcc to fcc cubic structure at 921 degrees Celsius. Assuming that in each case the atoms behave as hard spheres and that the size of these spheres is not affected by the transformation, determine the percentage change in volume that occurs.

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Chapter1: Chemical Foundations
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Allotropic phase change. Iron is observed to undergo
a transformation from bcc to fcc cubic structure at
921 degrees Celsius. Assuming that in each case the
atoms behave as hard spheres and that the size of
these spheres is not affected by the transformation,
determine the percentage change in volume that
occurs.
Transcribed Image Text:Allotropic phase change. Iron is observed to undergo a transformation from bcc to fcc cubic structure at 921 degrees Celsius. Assuming that in each case the atoms behave as hard spheres and that the size of these spheres is not affected by the transformation, determine the percentage change in volume that occurs.
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