Discover the ease of converting pressure units from N/mm² to ftH2O 60°F. Our tool, crafted by Newtum, simplifies this conversion, sparking your curiosity to explore more.
Newton per square millimeter (N/mm²) is a metric unit of pressure or stress. It is defined as the force of one newton applied uniformly over a one square millimeter area. This unit is widely used in engineering to measure tensile strength, yield strength, and other types of mechanical stress.
Definition of foot of water at 60 degrees FahrenheitA foot of water at 60 degrees Fahrenheit (ftH2O 60°F) is a unit of pressure. It is equivalent to the pressure exerted by a one-foot-high column of freshwater at 60°F on the base of the column. This measurement considers the density of water, which varies with temperature, affecting the pressure exerted.
| N/mm² | ftH2O 60°F |
|---|---|
| 0.1 N/mm² | 1.42 ftH2O 60°F |
| 0.2 N/mm² | 2.83 ftH2O 60°F |
| 0.3 N/mm² | 4.25 ftH2O 60°F |
| 0.4 N/mm² | 5.66 ftH2O 60°F |
| 0.5 N/mm² | 7.08 ftH2O 60°F |
| 0.6 N/mm² | 8.49 ftH2O 60°F |
| 0.7 N/mm² | 9.91 ftH2O 60°F |
| 0.8 N/mm² | 11.32 ftH2O 60°F |
| 0.9 N/mm² | 12.74 ftH2O 60°F |
| 1.0 N/mm² | 14.15 ftH2O 60°F |
Example 1:
Convert 0.5 N/mm² to ftH2O 60°F:
0.5 N/mm² = 0.5 × 14.15 ftH2O 60°F = 7.08 ftH2O 60°F
Example 2:
Convert 0.7 N/mm² to ftH2O 60°F:
0.7 N/mm² = 0.7 × 14.15 ftH2O 60°F = 9.91 ftH2O 60°F
The concept of measuring pressure in units of water column, such as foot of water at 60°F, has been applied since the 17th century. The progression to defining pressure in terms of Newton per square millimeter reflects advances in precision and the international standardization of measurement units.
Uncover the practical applications of converting N/mm² to ftH2O 60°F in various fields such as engineering and fluid mechanics.
Example 1:
Convert 0.6 N/mm² to ftH2O 60°F:
0.6 N/mm² is equivalent to 8.49 ftH2O 60°F.
Example 2:
Convert 1.0 N/mm² to ftH2O 60°F:
1.0 N/mm² is equivalent to 14.15 ftH2O 60°F.
