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In Chemistry / High School | 2014-02-26

How do you find the volume occupied by 454 grams of copper if the density is 8.92 g/mL?

Asked by Darrick

Answer (3)

V=M/P M=454g p=8.92 v=50.896860986 3 significant figures v= 50.9

Answered by BrainE | 2024-06-10

The volume occupied by 454 grams of copper, given a density of 8.92g/mL, can be calculated using the formula for density (Density = Mass / Volume). When rearranged to find volume (Volume = Mass / Density) and substituting the given values, the volume occupied is approximately 50.9 mL. ;

Answered by StefaniJoanne | 2024-06-18

The volume occupied by 454 grams of copper with a density of 8.92 g/mL can be calculated using the formula Volume = Mass / Density. When we substitute the values, we find that the volume is approximately 50.9 mL. Therefore, 454 grams of copper occupies about 50.9 mL of space.
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Answered by StefaniJoanne | 2024-10-10