GPa → atm converter

Convert gigapascal to atmospheres (Pressure)

1 GPa = 9869.232667 atm · 1 atm = 0.000101325 GPa

Common values: 2 GPa 5 GPa 10 GPa 50 GPa 100 GPa

1 GPa = 9869.23266716 atm

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Gigapascal to atmospheres Conversion

1 gigapascal (GPa) is equal to 9869.232667 atmospheres (atm).

1 GPa = 9869.232667 atm

or

1 atm = 0.000101325 GPa

Formula

To convert a pressure from gigapascal (GPa) to atmospheres (atm), multiply the pressure in gigapascal by 9869.232667

p(atm) = p(GPa) × 9869.232667

Examples:

Convert 1 gigapascal to atmospheres:

p(atm) = 1GPa × 9869.232667 = 9869.232667 atm

Conversion table

Gigapascal (GPa) Atmospheres (atm)
1 GPa 9869.23266716 atm
2 GPa 19738.46533432 atm
3 GPa 29607.69800148 atm
5 GPa 49346.163335801 atm
10 GPa 98692.326671601 atm
20 GPa 197384.653343203 atm
25 GPa 246730.816679003 atm
50 GPa 493461.633358006 atm
100 GPa 986923.266716013 atm
250 GPa 2467308.166790032 atm
500 GPa 4934616.333580064 atm
1000 GPa 9869232.667160127 atm
Atmospheres (atm) Gigapascal (GPa)
1 atm 1.01325e-4 GPa
2 atm 2.0265e-4 GPa
3 atm 3.03975e-4 GPa
5 atm 5.06625e-4 GPa
10 atm 0.00101325 GPa
20 atm 0.0020265 GPa
25 atm 0.002533125 GPa
50 atm 0.00506625 GPa
100 atm 0.0101325 GPa
250 atm 0.02533125 GPa
500 atm 0.0506625 GPa
1000 atm 0.101325 GPa

Frequently asked questions

How do I convert gigapascal to atmospheres?

Multiply the value in gigapascal by 9869.232667 to get the result in atmospheres. For example, 5 GPa × 9869.232667 = 49346.163335801 atm.

How many atmospheres are in 1 gigapascal?

1 gigapascal (GPa) is equal to 9869.23266716 atmospheres (atm).

How do I convert atmospheres back to gigapascal?

Use the inverse operation: divide the value in atmospheres by 9869.232667 to get the result in gigapascal.

How accurate is the gigapascal to atmospheres conversion?

The converter multiplies by the conversion factor 9869.232667 and rounds the result to 9 decimal places by default. You can increase or reduce the precision with the digits option on this page.

Sources

Conversion factors are based on internationally recognised standards: