Select and enter the values to calculate the density and other related variables available in the density formula.
Calculate the density of an object or a substance, where density is the mass per unit of volume. With this density calculator, you can find any of the three variables in the density equation by providing the other two.
Density:
✦ If volume ‘V’ and mass ‘M’ are given
Volume:
✦ If density ‘D’ and mass ‘M’ are given
Mass:
✦ If volume ‘V’ and density ‘D’ are given
The density formula is as follows:
ρ = M V
Density determines how much mass is closely packed together in a given unit of volume. When two objects have the same volume, the denser one will have more mass than the other one.
As the density is a scalar quantity and the SI unit of density is kg/m³. But in the case of solid, we use g/cm³ for convenience to indicate density, while liquid and gases are determined in g/ml and g/L respectively. However, other units are given below:
Other Units | Conversion of Various Units of Density to the SI unit kg/m³ |
Gram per cubic centimeter | = 1000 kilograms per cubic meter |
Gram per cubic meter | 0.001 |
Kilogram per liter | 1000 |
Gram per liter | 1 |
Pound per cubic inch | 27,680 |
Pound per cubic foot | 16.02 |
Pound per cubic yard | 0.5933 |
Pound per gallon (US) | 119.83 |
Pound per gallon (UK) | 99.78 |
Ounce per cubic inch | 1,730 |
Ounce per cubic foot | 1.001 |
Ounce per gallon (US) | 7.489 |
Ounce per gallon (UK) | 6.236 |
Ton (short) per cubic yard | 1,186.60 |
Ton (long) per cubic yard | 1,328.90 |
Materials | Density (kg/m³) |
---|---|
Earth's atmosphere at sea level | 1.2 |
Water at standard temperature and pressure | 1,000 |
The Earth | 5,515.30 |
Iron | 7,874 |
Copper | 8,950 |
Tungsten | 19,250 |
Gold | 19,300 |
Platinum | 21,450 |
Atomic nuclei | 2.3 × 10¹⁷ |
Black hole | > 1 × 10¹⁸ |