Specific Volume Converter: convert m³/kg, cm³/g, L/kg, ft³/lb, and other specific volume units used in thermodynamics.
Convert specific volume units instantly — m³/kg to L/kg, cm³/g to m³/kg, or L/kg to ft³/lb. Perfect for thermodynamics, fluid engineering, and density-related calculations.
Most Common Conversion Factors
| m³/kg | L/kg | cm³/g | ft³/lb | |
|---|---|---|---|---|
| 1 m³/kg | 1 | 1000 | 1000 | 16.018463 |
| 1 L/kg | 0.001 | 1 | 1 | 0.016018 |
| 1 cm³/g | 0.001 | 1 | 1 | 0.016018 |
| 1 ft³/lb | 0.062428 | 62.427961 | 62.427961 | 1 |
Specific Volume Converter FAQ
A specific volume converter converts units of specific volume, such as m³/kg, cm³/g, ft³/lb, and other volume-per-mass units. It is useful in thermodynamics, fluid mechanics, gases, steam tables, and material property calculations.
Specific volume is the volume occupied by one unit of mass of a substance. It is commonly expressed as m³/kg and is the reciprocal of density.
Enter a value, choose m³/kg as the source unit, and choose cm³/g as the target unit. Since 1 m³/kg = 1000 cm³/g, this conversion is common in engineering and material property work.
Specific volume and density are inverse properties. If density is ρ, then specific volume is v = 1 / ρ. A higher density means a lower specific volume.
Common specific volume units include m³/kg, cm³/g, L/kg, ft³/lb, and in³/lb. Metric units are often used in science and engineering, while imperial units may appear in HVAC, steam, and industrial calculations.
Use a specific volume converter when working with thermodynamic tables, gas properties, steam calculations, fluid flow, material density data, or engineering formulas that use volume per unit mass.
Yes. This converter can be used for gases, liquids, and solids when specific volume values are given in different unit systems. For gases and steam, specific volume often changes significantly with temperature and pressure.
