748mmHg
Atmospheric pressure in Ivry-sur-Seine
NormalNormal: 746−766 mmHgExpected to reach 756 mmHg on February 14
- 744
- 744
- 745
- 745
- 745
- 745
- 745
- 746
- 746
- 747
- 747
- 747
- 747
- 747
- 747
- 747
- 747
- 747
- 747
- 748
- 748
- 748
- 748
- 749
Normal 746−766 mmHg
A swing of 3 mmHg or more since last hour
14-day pressure forecast in Ivry-sur-Seine
Sat
749744
Sun
751749
Mon
750745
Tue
743737
Wed
738733
Thu
738733
Fri
743738
Sat
756744
Sun
760757
Mon
755752
Tue
752752
Wed
755753
Thu
755751
Fri
751750
Weather forecast on maps
FAQ
What is atmospheric pressure?
What is atmospheric pressure?
Atmospheric pressure is the force exerted on the Earth's surface by the weight of the air above it. Every square centimeter of the Earth's surface experiences 1.033 kg of pressure from the air.
What's the standard atmospheric pressure?
What's the standard atmospheric pressure?
The standard atmospheric pressure for humans is 760 mm Hg. This is considered the most comfortable level, but the standard pressure varies with altitude: the higher the altitude, the lower the pressure.
How is atmospheric pressure measured?
How is atmospheric pressure measured?
Atmospheric pressure is measured using a special instrument called a barometer, which can be mercury, liquid, mechanical, or electronic. Millimeters of mercury (mmHg) is the standard unit of measurement for atmospheric pressure, but it is also commonly measured in hectopascals (hPa).
How does atmospheric pressure affect the weather?
How does atmospheric pressure affect the weather?
Atmospheric pressure varies with the formation and movement of large air masses that directly influence the weather. Low-pressure air vortices, known as cyclones, can have a central low-pressure area and a radius extending for thousands of kilometers.
What's the atmospheric pressure in Ivry-sur-Seine?
What's the atmospheric pressure in Ivry-sur-Seine?
The atmospheric pressure in Ivry-sur-Seine today is 747 mmHg. The pressure forecast for tomorrow is 750 mmHg. Pressure in Ivry-sur-Seine: normal, expected to reach 756 mmHg on February 14.