Kinematic Viscosity conversion

Convert Square meter/second to Stokes

1 square meter/second (m²/s) equals 10,000 stokes (St). Enter any value below to convert from m²/s to St.

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1 m²/s = 10,000 St

All Kinematic Viscosity units

From 1 m²/s
UnitValue
Square meter/second m²/s 1
Square meter/hour m²/h 3,599.999999712
Square centimeter/second cm²/s 10,000
Square millimeter/second mm²/s 1,000,000
Stokes St 10,000
Centistokes cSt 1,000,000
Square foot/second ft²/s 10.7639104167
Square foot/hour ft²/h 38,750.077500155
Square inch/second in²/s 1,550.0031000062
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Formula

m²/s to St conversion formula

Use this relationship for a direct conversion:

St = m²/s x 10,000

Worked example

2 m²/s = 20,000 St.

SI relationships follow the cited reference. Conventional and domain-specific factors use the established ConvertWin factor inventory; verify safety-critical work against the governing standard.

Quick reference

Square meter/second to Stokes table

Square meter/second (m²/s)Stokes (St)
0.01100
0.11,000
110,000
220,000
550,000
10100,000
25250,000
50500,000
1001,000,000
1,00010,000,000

From unit

About the square meter/second

Square meter/second (m²/s) is the base unit of Kinematic Viscosity in the International System of Units (SI).

Symbol: m²/s

To unit

About the stokes

Stokes (St) is a unit of Kinematic Viscosity. 1 St = 0.0001 m²/s

Symbol: St

Keep converting

Related conversions

Source

Conversion standard

The SI framework is checked against NIST Guide for the Use of the International System of Units; conventional factors come from the extended factor inventory. Calculations use full internal precision before display rounding.

View the complete kinematic viscosity converter

Questions

m²/s to St FAQ

How do you convert square meter/second to stokes?

Use the formula St = m²/s x 10,000. 1 square meter/second (m²/s) equals 10,000 stokes (St).

Is the m²/s to St conversion exact?

SI relationships follow the cited reference. Conventional and domain-specific factors use the established ConvertWin factor inventory; verify safety-critical work against the governing standard.