Hectopascal seconds: conversions & definition
Hectopascal seconds (hPa·s) represent dynamic viscosity. One unit equals 10^2 Pa·s. Dynamic viscosity relates shear stress to shear rate and is measured in pascal-seconds.
Choose the unit you need
Each row converts one hPa·s. Open a converter to enter any value and see its formula, worked example and reference table. Results below are rounded to 10 significant digits.
| Convert to | Equivalent value | Calculator |
|---|---|---|
| Pascal seconds (Pa·s) | ≈ 100 | Convert hPa·s to Pa·s |
| Millipascal seconds (mPa·s) | ≈ 100,000 | Convert hPa·s to mPa·s |
| Kilopascal seconds (kPa·s) | ≈ 0.1 | Convert hPa·s to kPa·s |
| Micropascal seconds (µPa·s) | ≈ 100,000,000 | Convert hPa·s to µPa·s |
| Megapascal seconds (MPa·s) | ≈ 0.0001 | Convert hPa·s to MPa·s |
| Nanopascal seconds (nPa·s) | ≈ 100,000,000,000 | Convert hPa·s to nPa·s |
| Gigapascal seconds (GPa·s) | ≈ 1e-7 | Convert hPa·s to GPa·s |
| Centipascal seconds (cPa·s) | ≈ 10,000 | Convert hPa·s to cPa·s |
| Decipascal seconds (dPa·s) | ≈ 1,000 | Convert hPa·s to dPa·s |
| Decapascal seconds (daPa·s) | ≈ 10 | Convert hPa·s to daPa·s |
| Picopascal seconds (pPa·s) | ≈ 1e+14 | Convert hPa·s to pPa·s |
| Terapascal seconds (TPa·s) | ≈ 1e-10 | Convert hPa·s to TPa·s |
| Femtopascal seconds (fPa·s) | ≈ 1e+17 | Convert hPa·s to fPa·s |
| Petapascal seconds (PPa·s) | ≈ 1e-13 | Convert hPa·s to PPa·s |
| Attopascal seconds (aPa·s) | ≈ 1e+20 | Convert hPa·s to aPa·s |
| Exapascal seconds (EPa·s) | ≈ 1e-16 | Convert hPa·s to EPa·s |
| Zeptopascal seconds (zPa·s) | ≈ 1e+23 | Convert hPa·s to zPa·s |
| Zettapascal seconds (ZPa·s) | ≈ 1e-19 | Convert hPa·s to ZPa·s |
| Yoctopascal seconds (yPa·s) | ≈ 1e+26 | Convert hPa·s to yPa·s |
| Yottapascal seconds (YPa·s) | ≈ 1e-22 | Convert hPa·s to YPa·s |
Keep the quantity consistent
Choose units that represent the same quantity and preserve the measurement conditions. A scale conversion changes the number and unit together; it does not change the physical amount or improve the accuracy of your measurement.
Explore the complete learning library →