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Measurement is the most important aspect of our life. We use measurement in science, engineering, business trading, personal life, education, and more other fields. As technology is growing day by day so we need a highly accurate and easy convenient global measuring system in each and every field. It is essential to use standard measurement in every field that everyone to be sure that they not get cheated.
In history for measurement people used the human body as a tool. For measuring length used forearm, hand, foot & finger as a unit. The foot, finger is a subdivided shorter unit of a length. This type of measurement is not accurate cause different in size of the arm & finger for different people & some of the countries still using it. In history, there were lots of measuring systems developed but mostly used imperial, the metric system of measurement. We use these systems for measure distances, volume, weight, speed, area etc. Due to this a major problem everyone is facing while doing trading between the countries. A huge improvement in civilization, It necessary to improve measuring standards. Nowadays International Standard (SI) units are used as a global measurement system. Force applied perpendicular to the surface per unit area is called pressure. Defined by The International standard (IS) system of units Pressure symbol is p. Standard SI unit is Pascal (Pa).
Our Unit Converter will convert the units of pressure pascal [Pa], kilopascal [kPa], barpsi [psi], ksi [ksi], Standard atmosphere [atm], exapascal [EPa], petapascal [PPa], terapascal [TPa], gigapascal [GPa], megapascal [MPa], hectopascal [hPa], dekapascal [daPa], decipascal [dPa], centipascal [cPa], millipascal [mPa], micropascal [µPa], nanopascal [nPa], picopascal [pPa], femtopascal [fPa], attopascal [aPa], newton/square meter, newton/square centimeter, newton/square millimeter, kilonewton/square meter, millibar [mbar], microbar [µbar], dyne/square centimeter, kilogram-force/square meter, kilogram-force/sq. cm, kilogram-force/sq. millimeter, gram-force/sq. centimeter, kip-force/square inch, pound-force/square foot, pound-force/square inch, poundal/square foot, torr [Torr], centimeter mercury (0°C), millimeter
|newton/square centimeter||N/cm²||newton/square millimeter||N/mm²||kilonewton/square meter||kN/m²|
|kilogram-force/square meter||kgf/m²||kilogram-force/sq. cm||kgf/cm²||kilogram-force/sq. millimeter||kgf/mm²|
|gram-force/sq. centimeter||gf/cm²||ton-force (short)/sq. foot||tf/ft²||ton-force (short)/sq. inch||tf/in²|
|ton-force (long)/square foot||tf/ft²||ton-force (long)/square inch||tf/in²||kip-force/square inch||kipf/in²|
|pound-force/square foot||lbf/ft²||pound-force/square inch||lbf/in²||poundal/square foottorr||Torr|
|centimeter mercury (0°C)||-||millimeter mercury (0°C)||-||inch mercury (32°F)||inHg|
|inch mercury (60°F)||inHg||centimeter water (4°C)||-||millimeter water (4°C)||-|
|inch water (4°C)||inAq||foot water (4°C)||ftAq||inch water (60°F)||inAq|
|foot water (60°F)||ftAq||atmosphere technical||at|