Newton per Square Meter (N/m²) to Millimeter of Water (mmH₂0) converter

Converting from Newton per Square Meter (N/m²) to Millimeter of Water (mmH₂0)

What is Newton per Square Meter (N/m²)

Newton per Square Meter (N/m²) is the unit of pressure in the International System of Units (SI). It is a measure of the amount of force applied perpendicular to a surface per unit area. Commonly used in physics and engineering, N/m² is a standard unit for pressure.

What is Millimeter of Water (mmH₂0)

Millimeter of Water (mmH₂0) is a non-SI unit of pressure commonly used in meteorology and fluid dynamics. It is a measure of the pressure exerted by a column of water at a specific temperature and gravity. Despite not being an SI unit, mmH₂0 is widely used in various industries.

Conversion Formulas

  • To convert from N/m² to mmH₂0:
mmH₂0 = N/m² x 0.1019716
  • To convert from mmH₂0 to N/m²:
N/m² = mmH₂0 x 9.80665

Examples

  1. Convert 12 N/m² to mmH₂0:
mmH₂0 = 12 x 0.1019716 = 1.223659
  1. Convert 10 mmH₂0 to N/m²:
N/m² = 10 x 9.80665 = 98.0665
  1. Convert 3 N/m² to mmH₂0:
mmH₂0 = 3 x 0.1019716 = 0.3059149
  1. Convert 5 mmH₂0 to N/m²:
N/m² = 5 x 9.80665 = 49.03325

This article provides the formulas and examples for converting pressure values between Newton per Square Meter (N/m²) and Millimeter of Water (mmH₂0). Use the given conversion factors to easily perform these conversions in various applications.

Newton per Square Meter to Millimeter of Water conversion table

N/m² to mmH₂0 conversion table

Newton per Square Meter (N/m²) Millimeter of Water (mmH₂0)
0.01 N/m² 0.001019716 mmH₂0
0.1 N/m² 0.01019716 mmH₂0
1 N/m² 0.1019716 mmH₂0
2 N/m² 0.2039432 mmH₂0
3 N/m² 0.3059149 mmH₂0
4 N/m² 0.4078865 mmH₂0
5 N/m² 0.5098581 mmH₂0
6 N/m² 0.6118297 mmH₂0
7 N/m² 0.7138013 mmH₂0
8 N/m² 0.815773 mmH₂0
9 N/m² 0.9177446 mmH₂0
10 N/m² 1.019716 mmH₂0
10 N/m² 1.019716 mmH₂0
20 N/m² 2.039432 mmH₂0
30 N/m² 3.059149 mmH₂0
40 N/m² 4.078865 mmH₂0
50 N/m² 5.098581 mmH₂0
60 N/m² 6.118297 mmH₂0
70 N/m² 7.138013 mmH₂0
80 N/m² 8.15773 mmH₂0
90 N/m² 9.177446 mmH₂0
100 N/m² 10.19716 mmH₂0