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A piece of copper with a volume of 8.25 cubic centimeters has a mass of 73.92 grams than has the greater density A piece of iron with a volume of 5 cubic centimeters has a mass of 39.35 grams.
How are density, volume and mass of a substance related?
Suppose that a finite amount of substance is there having its properties as:
mass of substance = m kg
density of substance = d kg/m³
volume of that substance = v m³
Then, they are related as:
[tex]d = \dfrac{m}{v}[/tex]
A piece of copper with a volume of 8.25 cubic centimeters has a mass of 73.92 grams.
[tex]d = \dfrac{73.92}{8.25}\\d = 8.96[/tex]
A piece of iron with a volume of 5 cubic centimeters has a mass of 39.35 grams.
[tex]d = \dfrac{39.35}{5}\\\\d = 7.87[/tex]
Thus, A piece of copper with a volume of 8.25 cubic centimeters has a mass of 73.92 grams than has the greater density A piece of iron with a volume of 5 cubic centimeters has a mass of 39.35 grams.
Learn more about mass, volume and density relation here:
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