The correct answer would be Newtons per square meter.
There are several very commonly used units to measure pressure. Probably the most common is atmospheres (atm). The other very common units are millimeters of mercury (mm Hg), which is the same as torr, and then there is kilopascal (kPa).
The unit of pressure in SI is Pascal (equal to 1 N/m2).
Pressure is often measure in units of force per area. In the standard system of units, the SI, that would be Newton / meter2 - this unit is also called Pascal. Other commonly used units are bar (equal 100,000 Pascal), and atmosphere (the atmospheric pressure under standard conditions - close to one bar).
Units of pressure ... in anything ... are (any unit of force) divided by (any unit of area). ADDED: True, but to be more specific, the standard units of pressure are the Pascal (Pa), the Bar (aka the "atmosphere") and the pound/in^2.
For a table comparing the different units of pressure, refer to the related links.
1 Pascal is 1 Newton per meter2 Nm-2
Pascal or Nm-2
Mega Pascal - measurement of pressure
In SI system of units the pressure has the unit: N m^-2. The same has been noted as pascal just in the memory of the scientist Pascal.
Mega Pascal
Units of Pascal, Torr, or Bar are commonly used to measure pressure. These units represent the force exerted by a fluid or gas over a given area. Pascal is the SI unit, Torr is commonly used in vacuum measurements, and Bar is used in meteorology and industrial applications.
Young's modulus is SI system is GPa (Giga-pascal). A Pa is a pascal with base units of Newtons per meter squared, or kilogram-meter/second squared per meter squared
There are several very commonly used units to measure pressure. Probably the most common is atmospheres (atm). The other very common units are millimeters of mercury (mm Hg), which is the same as torr, and then there is kilopascal (kPa).
pascal
(force) divided by (area) That's pressure. 1 pascal = 1 newton per square meter
A pascal is one Newton per square meter. You cannot go from pascal to meters, they are different units of measurement.
It is the same.