Dynamic Viscosity Units: Slug Per Inch Second
Home 
Directory 
Career 
News 
Industrial


Glossary » Units » Dynamic Viscosity » Slug Per Inch Second
Slug Per Inch Second (slug/ins) is a unit in the category of Dynamic viscosity. It is also known as slugs per inch second, slug per inch per second, slug/inchsecond, slug/inch second. This unit is commonly used in the UK, US unit systems. Slug Per Inch Second (slug/ins) has a dimension of ML^{1}T^{1} where M is mass, L is length, and T is time. It can be converted to the corresponding standard SI unit Pas by multiplying its value by a factor of 574.563107874.
Note that the seven base dimensions are M (Mass), L (Length), T (Time), Q (Temperature), N (Aamount of Substance), I (Electric Current), and J (Luminous Intensity).
Other units in the category of Dynamic viscosity include Centipoise (cP, cPo), Dyne Second Per Square Centimeter (dyns/cm^{2}), Gram Force Second Per Square Centimeter (gfs/cm^{2}), Gram Per Centimeter Per Second (g/cms), Kilogram Force Second Per Square Meter (kgfs/m^{2}), Kilogram Per Meter Per Second (kg/ms), Newton Second Per Square Meter (Ns/m^{2}), Pascal Second (Pas), Poise (P, Po), Poiseuille, Pound Force Second Per Square Foot (lbfs/ft^{2}), Pound Mass Per Foot Second (lbm/fts), Pound Mass Per Inch Second (lbm/ins), Reynolds (reyns) (reyns (reyn)), and Slug Per Foot Second (slug/fts). Additional Information
N/A
Related Glossary Pages
Glossary: Units: Length: Cable Length (int.)
Glossary: Units: Energy: Tonne Oil Equivalent Glossary: Units: Specific Radioactivity: Becquerel Per Kilogram Glossary: Units: Force: Poundal Glossary: Units: Thermal Heat Capacity: British Thermal Unit (IT) Per Pound Mass Glossary: Units: Magnetic Dipole Moment: A.u. of Magnetic Dipole Moment Glossary: Units: Density: Kilogram Per Cubic Meter Glossary: Units: Electric Charge: AmpereHour Glossary: Units: Mechanical Impedance: Ohm (mechanical, SI) Glossary: Units: Time: Month (synodic), Lunar Month 
Home
About Us
Privacy
Disclaimer
Contact
Copyright © 2020 eFunda, Inc. 