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Should the # of atoms in a unit cell be considered to find the % volume change?
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[QUOTE="mjc123, post: 6451143, member: 610180"] The question is written a little loosely, but it clearly means the change in volume for the same amount of iron (whether expressed as moles or mass or, as above, volume per atom). This is not the same as the difference in the volume of the unit cell, because the unit cell contains a different number of atoms for the two structures. Density is inversely proportional to volume, so the density increases by (approximately) 1.18%. [/QUOTE]
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Should the # of atoms in a unit cell be considered to find the % volume change?
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