Discover the reliable Atmosphere Technical to Bar Converter provided by Newtum. Seamlessly transform at to bar measurements and satisfy your conversion needs. Dive in and explore the tool that simplifies complex conversions!
The term 'at' stands for 'atmosphere technical', a non-SI unit of pressure. One atmosphere technical is equivalent to the pressure exerted by a 10-meter column of water at 4 degrees Celsius. It is primarily used in some engineering fields and corresponds to roughly 98.0665 kilopascals.
Definition of barA 'bar' is a metric unit of pressure, albeit not part of the International System of Units (SI). It is defined as exactly equal to 100,000 pascals. The bar is widely used in the fields of meteorology, oceanography, and geology to describe atmospheric pressures, as it is close to the Earth's atmospheric pressure at sea level.
Atmosphere Technical (at) | Bar |
---|---|
1 at | 1.01972 bar |
2 at | 2.03944 bar |
3 at | 3.05916 bar |
4 at | 4.07888 bar |
5 at | 5.0986 bar |
6 at | 6.11832 bar |
7 at | 7.13804 bar |
8 at | 8.15776 bar |
9 at | 9.17748 bar |
10 at | 10.1972 bar |
1 at = 1.01972 bar
1 bar = 0.980665 at
Example 1:
Convert 2 at to bar:
2 at = 2 × 1.01972 bar = 2.03944 bar
Example 2:
Convert 5 at to bar:
5 at = 5 × 1.01972 bar = 5.0986 bar
The Atmosphere Technical to Bar Converter traces its origin to the need for converting units of pressure used in different scientific and industrial fields. The atmospheric unit, a measure of pressure based on the average atmospheric pressure at sea level, is converted to bars for a universally recognized standard.
Unlock the practical uses of the Atmosphere Technical to Bar Converter and enhance your workflow in diverse applications.
Example 1:
To convert 3 at to bar:
3 at × 1.01972 = 3.05916 bar
.
Example 2:
To convert 7.5 at to bar:
7.5 at × 1.01972 = 7.6479 bar
.
'At to bar' refers to the conversion from Atmosphere Technical units to Bar units of pressure.
Yes, the Atmosphere Technical to Bar Converter is free and accessible for all users.
The conversion is precise and adheres to the standard conversion factor.