stokes to microPascal second
Please provide values below to convert stokes [St] to microPascal second [µPa·s], or change ↔.
stokes [St]
Definition: The stoke is a CGS unit of kinematic viscosity, measuring the rate at which a fluid flows under the influence of gravity.
Historyandorigin: Named after Sir George Gabriel Stokes, a British physicist who studied fluid motion and viscosity in the 19th century.
CurrentUse: Used in scientific research, especially in the study of the properties of fluids and gases.
funfact: The stoke is often used in fields like oceanography, where the movement of fluids in natural environments is studied!
microPascal second [µPa·s]
Definition: A microPascal second is one-millionth of a pascal second and measures dynamic viscosity with even finer precision.
Historyandorigin: Derived from the pascal system, the microPascal second is used when extremely low viscosity fluids need to be measured.
CurrentUse: Used in scientific research where extremely small and precise viscosity measurements are necessary, like in microfluidics.
funfact: Some very thin fluids, like air or gases, have viscosities that can be measured in microPascal seconds!
stokes [St] to microPascal second [µPa·s] Conversion Table
| 1 stokes [St] | 0.0001 microPascal second [µPa·s] |
| 2 stokes [St] | 0.0002 microPascal second [µPa·s] |
| 3 stokes [St] | 0.0003 microPascal second [µPa·s] |
| 5 stokes [St] | 0.0005 microPascal second [µPa·s] |
| 10 stokes [St] | 0.001 microPascal second [µPa·s] |
| 50 stokes [St] | 0.005 microPascal second [µPa·s] |
| 100 stokes [St] | 0.01 microPascal second [µPa·s] |
| 1000 stokes [St] | 0.1 microPascal second [µPa·s] |
| 10000 stokes [St] | 1 microPascal second [µPa·s] |
| 100000 stokes [St] | 10 microPascal second [µPa·s] |
| 1000000 stokes [St] | 100 microPascal second [µPa·s] |
How to Convert stokes to microPascal second
1 stokes [St] = 0.0001 microPascal second [µPa·s]
1 microPascal second [µPa·s] = 10000 stokes [St]
we use cross multiplication method
stokes [St] → microPascal second [µPa·s]
1 → 0.0001
1.5 → ?( suppose x)
=>1.5*0.0001=1*x
by simplifying
x=0.00015