Decistokes to Square Centimeter per Second Conversion

Convert between Decistokes and Square Centimeter per Second quickly and accurately.

dSt
cm²/s

How to Convert Decistokes to Square Centimeter per Second

Conversion Formula

1 dSt = 0.1 cm²/s
1 cm²/s = 10 dSt

Example

Convert 15 dSt to cm²/s:

15 dSt = 15 × 0.1 cm²/s = 1.5 cm²/s

Unit Information

Learn about the viscosity - kinematic units you're converting between

Decistokes

dSt

Definition

The decistokes is a unit of kinematic viscosity, representing 10^-1 stokes. It is used for measuring the kinematic viscosity of moderately viscous materials in various applications.

History/Origin

This unit was created by applying the deci- prefix to the stokes, providing a scale for measuring moderately low kinematic viscosities in scientific and engineering contexts.

Current Use

Used in various applications where materials have moderately low kinematic viscosities, such as certain oils, polymers, and fluids.

Multiplier

0

Offset

0

Square Centimeter per Second

cm²/s

Definition

The square centimeter per second is a CGS unit of kinematic viscosity, representing the ratio of dynamic viscosity to density in the centimeter-gram-second system. It is commonly used in scientific literature and provides a practical scale for many measurements.

History/Origin

This unit is part of the centimeter-gram-second (CGS) system of units, which was widely used in physics and chemistry before the adoption of the SI system. It provides a smaller base unit for kinematic viscosity measurements.

Current Use

Still used in many scientific contexts, particularly in older literature and certain specialized fields. It is particularly useful for measuring the kinematic viscosity of liquids and gases in laboratory settings.

Multiplier

0

Offset

0

Decistokes to Square Centimeter per Second Conversion Table

Decistokes [dSt] Square Centimeter per Second [cm²/s]
1 dSt 0.1 cm²/s
10 dSt 1 cm²/s
25 dSt 2.5 cm²/s
50 dSt 5 cm²/s
100 dSt 10 cm²/s
0 dSt 0E+0 cm²/s
-10 dSt -1 cm²/s
-40 dSt -4 cm²/s