Respuesta :
A volume of the evaluated diamond is 137.1 cm³ with a mass of 481.3 grams and a density of 3.51 g/cm³.
What is the relationship between a substance's density, volume, and mass?
Assume there is a finite number of items with the following properties:
- mass of the substance = m kg
- density of the substance = d kg/m³
- volume of the substance = v m³
Density = mass/volume
Thus, Volume = mass/ density
The given values are-
- mass of the diamond= 481.3 g
- density of diamond= 3.51 g/cm³
- volume of the diamond = v cm³ (let)
After direct computation, the volume would be in cubic cm because the mass is in grams and the density in grams per cubic cm.
The density definition then yields;
Volume = 481.3 g/ 3.51 g/cm³
Volume = 137.1 cm³ (approx)
Therefore, the volume of a large diamond is 137.1 cm³ .
To know more about the volume density relation, here
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