Pressure Converter

Pressure is a physical amount that counts the power acting perpendicular to the surface of a thing per unit of space. It is defined as the force acting on a given surface divided by the area on which the force acts.

From (inch mercury (32°F))

inch mercury (32°F) (inHg)bar megapascal (MPa)petapascal (PPa)kilogram-force/sq. cm micropascal (µPa)attopascal (aPa)ton-force (short)/sq. inch ton-force (short)/sq. foot picopascal (pPa)newton/square millimeter exapascal (EPa)ton-force (long)/square inch kilogram-force/square meter inch mercury (60°F) (inHg)kilogram-force/sq. millimeter newton/square centimeter kilonewton/square meter newton/square meter dyne/square centimeter inch water (60°F) (inAq)nanopascal (nPa)centimeter mercury (0°C) centipascal (cPa)gigapascal (GPa)millipascal (mPa)inch water (4°C) (inAq)dekapascal (daPa)centimeter water (4°C) foot water (4°C) (ftAq)kilopascal (kPa)poundal/square foot ton-force (long)/square foot hectopascal (hPa)microbar (µbar)kip-force/square inch millimeter water (4°C) decipascal (dPa)torr (Torr)pound-force/square foot millimeter mercury (0°C) gram-force/sq. centimeter Standard atmosphere (atm)terapascal (TPa)atmosphere technical (at)psi (psi)femtopascal (fPa)pascal (Pa)millibar (mbar)ksi (ksi)foot water (60°F) (ftAq)pound-force/square inch

To (bar)

Popular Unit Conversions Pressure

The most used and popular units of pressure conversions are presented for quick and free access.

Pa to kilonewton/square meter

MPa to Pa

psi to Pa

Pa to newton/square meter

newton/square meter to Pa

Pa to kilogram-force/sq. cm

Pa to pPa

dyne/square centimeter to Pa

TPa to Pa

Pa to dyne/square centimeter

nPa to Pa

Pa to µbar

kilogram-force/sq. cm to Pa

kilogram-force/square meter to Pa

newton/square centimeter to Pa

Pa to dPa

Pa to newton/square millimeter

newton/square millimeter to Pa

Pa to kilogram-force/square meter

Pa to newton/square centimeter

mPa to Pa

µPa to Pa

kilonewton/square meter to Pa

ksi to Pa

What is pressure?

Pressure is an essential idea of physics and has applications in a variety of fields, including:

Fluid Mechanics;

Mechanical Engineering;

Meteorology;

Geology;

Medicine;

Industrial Processes.

Pressure conversions are a critical parameter of many physical techniques, and understanding them helps predict and control the behavior of these systems.

Accurate force measurements are essential to ensure numerous applications' safety, performance, and efficiency. Compression is a scalar amount with importance but no detailed focus.

How to calculate pressure?

To compute pressure, you should comprehend the force acting on a given texture and the space over which that push acts. The instructions for calculating pressure is simple:

Pressure (P) = Force (F) / Space (A)

Where:

Pressure unit converters are calculated in Pa or N/m²;

F is counted in N and is the force used vertically to a cover;

A is estimated in m² and represents the texture size on which the detail acts.

FAQ

How to use the pressure converter?

Observe the actions below to operate the pressure conversion calculator:

Select the source unit, and enter known values;

Click the Convert button to get the result.

How accurately does the converter perform the pressure transformations?

Pressure conversion calculation provides accurate conversions if the data penetrated are correct. Always check the data entered to avoid errors or inaccurate calculations.

Can a pressure converter be used for educational purposes?

A tension converter can be a valuable educational tool to help students understand conversion or verify their calculations.