What is an Atmosphere Technical?
An Atmosphere Technical (at) is a unit of pressure equivalent to 98.0665 kPa, used to represent pressure based on a 1 kg mass on a 1 cm² area.
Dive into the precision of converting Atmosphere Technical (at) to Foot Water (ftH2O) at 4°C with Newtum's intuitive tool. Spark your curiosity with our accurate and seamless conversion experience.
The technical atmosphere (at) is a unit of pressure defined as 98.0665 kilopascals (kPa). It is roughly equivalent to the atmospheric pressure on Earth at sea level. One technical atmosphere is based on the pressure exerted by a 1 kg mass resting on a surface area of 1 cm².
Definition of Foot WaterA Foot of Water (ftH2O) at 4 degrees Celsius is a unit of pressure. It represents the pressure exerted by a one-foot column of water at the temperature where water is densest, which is 4°C. It is commonly used in civil and hydraulic engineering.
Atmosphere Technical (at) | Foot Water 4°C (ftH2O) |
---|---|
0.1 at | 3.281 ftH2O |
0.5 at | 16.404 ftH2O |
1 at | 32.808 ftH2O |
2 at | 65.617 ftH2O |
3 at | 98.425 ftH2O |
4 at | 131.234 ftH2O |
5 at | 164.042 ftH2O |
10 at | 328.084 ftH2O |
20 at | 656.168 ftH2O |
50 at | 1640.42 ftH2O |
1 at = 32.808 ftH2O
1 ftH2O = 0.03048 at
Example 1:
convert 1 at to ftH2O:
1 at = 1 × 32.808 ftH2O = 32.808 ftH2O
Example 2:
convert 2.5 at to ftH2O:
2.5 at = 2.5 × 32.808 ftH2O = 82.02 ftH2O
The Atmosphere Technical to Foot Water 4 Degree Celsius Converter has origins in the need to convert between different pressure units. With industrialization and advancements in fluid dynamics, this conversion became crucial for engineers and scientists who work with hydraulic and pneumatic systems.
Discover the practicality of converting Atmosphere Technical to Foot Water in real-world scenarios where precision matters.
Example 1:
To convert 1 at to ftH2O:
1 at = 32.808 ftH2O at 4°C.
Example 2:
To convert 3 at to ftH2O:
3 at = 98.424 ftH2O at 4°C.
An Atmosphere Technical (at) is a unit of pressure equivalent to 98.0665 kPa, used to represent pressure based on a 1 kg mass on a 1 cm² area.
Simply input the value in at into the converter, and it will output the equivalent in ftH2O at 4°C.
This converter is ideal for professionals who need quick, accurate conversions between these pressure units in their work.