Discover how to seamlessly convert Atmosphere Technical (at) to Newton per square Meter (N/m²) with Newtum's precise tool, sparking your curiosity to explore more about this essential conversion.
Atmosphere Technical, abbreviated as 'at', is a unit of pressure defined as 98.0665 kilopascals (kPa). It is slightly less than the standard atmosphere unit, which is commonly used to represent atmospheric pressure. 'At' is based on the force exerted by one kilogram-force per square centimeter area, and it is primarily used in some engineering fields.
Definition of Newton per square MeterNewton per square meter (N/m²) is the SI derived unit of pressure, stress, and tensile strength. It is defined as the force of one Newton applied uniformly over an area of one square meter. This unit is widely used in various scientific and engineering disciplines to quantify internal or external forces distributed across a surface.
Atmosphere Technical (at) | Newton per square Meter (N/m²) |
---|---|
0.1 at | 9806.65 N/m² |
0.5 at | 49033.25 N/m² |
1 at | 98066.5 N/m² |
2 at | 196133 N/m² |
3 at | 294199.5 N/m² |
4 at | 392266 N/m² |
5 at | 490332.5 N/m² |
10 at | 980665 N/m² |
50 at | 4903325 N/m² |
100 at | 9806650 N/m² |
Example 1:
Convert 1 at to N/m²:
1 at = 1 × 98066.5 N/m² = 98066.5 N/m²
Example 2:
Convert 0.2 at to N/m²:
0.2 at = 0.2 × 98066.5 N/m² = 19613.3 N/m²
The Atmosphere Technical to Newton per square Meter Converter has its roots in the need to reconcile different units of pressure. The converter serves as a bridge between the traditional 'at' unit, used in some engineering disciplines, and the SI unit of pressure, enabling seamless and accurate conversions for professionals and students alike.
Explore the practicality of the Atmosphere Technical to Newton square Meter Converter in various real-life scenarios.
Example 1:
Convert 2 at to N/m²:
2 at = 2 × 98066.5 N/m² = 196133 N/m²
Example 2:
Convert 7 at to N/m²:
7 at = 7 × 98066.5 N/m² = 686465.5 N/m²
1 atmosphere technical (at) equals 98066.5 Newtons per square meter (N/m²).
The conversion is precise to the decimal point, ensuring accurate results for technical and scientific use.
Yes, the converter is capable of bidirectional conversions between the two units.