Barye (Ba) to Newton per Square Centimeter (N/cm²) converter

Converting from Barye (Ba) to Newton per Square Centimeter (N/cm²)

What is Barye (Ba)

Barye (Ba) is a unit of pressure in the CGS (centimeter-gram-second) system. It is named after the French physicist Joseph Louis Barye. One Barye is equal to one dyne per square centimeter.

What is Newton per Square Centimeter (N/cm²)

Newton per Square Centimeter (N/cm²) is a unit of pressure in the SI (International System of Units) system. It is defined as one newton of force applied over an area of one square centimeter.

Conversion Formulas

The following conversion formulas can be used to convert between Barye and Newton per Square Centimeter:

  • To convert from Barye to Newton per Square Centimeter: (N/cm²)=(Ba)×0.00001

  • To convert from Newton per Square Centimeter to Barye: (Ba)=(N/cm²)×100000

Examples

  • Converting 6 Barye to Newton per Square Centimeter: 6(Ba)=6×0.00001=0.00006(N/cm²)

  • Converting 15 Newton per Square Centimeter to Barye: 15(N/cm²)=15×100000=1500000(Ba)

Use this page to perform converting from Barye (Ba) to Newton per Square Centimeter (N/cm²) for your pressure measurement needs. Whether you are working with the CGS system or the SI system, these conversion formulas can help you easily switch between Barye and Newton per Square Centimeter.

Barye to Newton per Square Centimeter conversion table

Ba to N/cm² conversion table

Barye (Ba)Newton per Square Centimeter (N/cm²)
0.01 Ba0.0000001 N/cm²
0.1 Ba0.000001 N/cm²
1 Ba0.00001 N/cm²
2 Ba0.00002 N/cm²
3 Ba0.00003 N/cm²
4 Ba0.00004 N/cm²
5 Ba0.00005 N/cm²
6 Ba0.00006 N/cm²
7 Ba0.00007 N/cm²
8 Ba0.00008 N/cm²
9 Ba0.00009 N/cm²
10 Ba0.0001 N/cm²
10 Ba0.0001 N/cm²
20 Ba0.0002 N/cm²
30 Ba0.0003 N/cm²
40 Ba0.0004 N/cm²
50 Ba0.0005 N/cm²
60 Ba0.0006 N/cm²
70 Ba0.0007 N/cm²
80 Ba0.0008 N/cm²
90 Ba0.0009 N/cm²
100 Ba0.001 N/cm²
1 000 Ba0.01 N/cm²
2 000 Ba0.02 N/cm²
3 000 Ba0.03 N/cm²
4 000 Ba0.04 N/cm²
5 000 Ba0.05 N/cm²
6 000 Ba0.06 N/cm²
7 000 Ba0.07 N/cm²
8 000 Ba0.08 N/cm²
9 000 Ba0.09 N/cm²
10 000 Ba0.1 N/cm²