Convert Between Units of Inductance
Kinematic viscosity describes how easily a fluid flows under gravity and is defined as dynamic viscosity divided by density. It is widely used in lubrication, hydraulic fluids, fuel specs, and process engineering. Common units include m^2/s, stokes (St), and centistokes (cSt). Converting kinematic viscosity helps when comparing oil grades, temperature-dependent charts, and standards that use different unit systems.
About Inductance Conversions
Helpful context and notes for converting Inductance units.
Kinematic viscosity is often reported in cSt because typical values for oils and fuels are convenient in that scale. Another frequent issue is mixing kinematic and dynamic viscosity. Kinematic viscosity (ν) relates to flow behavior, while dynamic viscosity (μ) relates to shear stress. They are connected by μ = ρ × ν, so converting between them requires density at the same temperature. Viscosity is strongly temperature dependent, so always note the reference temperature in datasheets.
Practical tip: remember that 1 cSt equals 1 mm^2/s, and 1 St equals 100 cSt. If you see a value off by 100, suspect St vs cSt. If you are converting to dynamic viscosity, confirm density and temperature. Many lubrication grades are defined at specific temperatures (for example 40°C and 100°C), so a viscosity value without a temperature is only half a number.
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Fun Fact
An Olympic swimming pool holds about 2,500 cubic metres of water - basically a giant, chlorinated storage tank for splashy show-offs.
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