Exapoise to Dyne Second per Square Centimeter Conversion

Convert between Exapoise and Dyne Second per Square Centimeter quickly and accurately.

EP
dyn·s/cm²

How to Convert Exapoise to Dyne Second per Square Centimeter

Conversion Formula

1 EP = 1E+18 dyn·s/cm²
1 dyn·s/cm² = 1E-18 EP

Example

Convert 15 EP to dyn·s/cm²:

15 EP = 15 × 1E+18 dyn·s/cm² = 2E+19 dyn·s/cm²

Unit Information

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

Exapoise

EP

Definition

The exapoise is an extremely large unit of dynamic viscosity, representing 10^18 poise. It is used for measuring the viscosity of extremely viscous materials such as certain polymers and geological materials.

History/Origin

This unit was created by applying the exa- prefix to the poise, providing a scale for measuring extremely high viscosities that would be impractical to express in standard units.

Current Use

Used in specialized scientific and engineering applications where materials have extremely high viscosities, such as certain polymers, geological materials, and very thick fluids.

Multiplier

1E+17

Offset

0

Dyne Second per Square Centimeter

dyn·s/cm²

Definition

The dyne second per square centimeter is a CGS unit of dynamic viscosity, representing the resistance of a fluid to flow when a force of one dyne per square centimeter is applied.

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 viscosity measurements.

Current Use

Still used in some scientific contexts, particularly in older literature and certain specialized fields. It is particularly useful for measuring the viscosity of very thin fluids and gases.

Multiplier

0.1

Offset

0

Exapoise to Dyne Second per Square Centimeter Conversion Table

Exapoise [EP] Dyne Second per Square Centimeter [dyn·s/cm²]
1 EP 1E+18 dyn·s/cm²
10 EP 1E+19 dyn·s/cm²
25 EP 2E+19 dyn·s/cm²
50 EP 5E+19 dyn·s/cm²
100 EP 1E+20 dyn·s/cm²
0 EP 0E+0 dyn·s/cm²
-10 EP -1E+19 dyn·s/cm²
-40 EP -4E+19 dyn·s/cm²