The pressure is expressed in many units across the globe. Bar and Pascal are the units representing pressure. A pascal is one newton of force acting on the 1 m2 area. A bar is used to express atmospheric pressure. The relation between bar and pascal is useful in solving the problem.
What is the Relation Between Bar and Pascal?
The units for pressure (Pressure is the force against a surface: Formulated as Force per area). Bar and pascal relation can be mathematically expressed as:
| Bar to pascal formula | 1 bar = 105 pascals |
| Pascal to bar formula | 1 pascal = 10-5 bar or 0.01mbar |
In order to understand the relation. It is important to know the terms individually.
| Definition | Symbol | Formula | Fundamental unit | |
| 1 Pascal | The pressure exerted due to 1 N of force acting on 1 m2 area. | Pa | 1Pa=1 N/m2 | Pa=kg/m.s2 |
| 1 Bar | Unit of pressure almost similar to atmosphere unit | bar | 1bar=10,000 N/m2 | bar=kg/m.s2 |
Conversion of Bar and Pascal
Below table contains some commonly used values of pressure:
| Units | Values |
| 1 bar to kilopascal | 1bar = 100 kilopascals |
| 1 bar to mPa | 1 bar = 0.1 mPa (megapascal) |
| mbar to pascal | 1mbar = 100Pa |
| 1 bar to atm | 1 bar = 0.986923 |
You may also want to check out these topics given below!
- Types of forces
- Difference Between Force and Pressure
- Difference Between Stress and Pressure
- Calculating Pressure Of An Ideal Gas
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