Convert gram-force/sq. centimeter to foot water (4°C)

Please provide values below to convert gram-force/sq. centimeter [gf/cm^2] to foot water (4°C) [ftAq], or Convert foot water (4°C) to gram-force/sq. centimeter.




How to Convert Gram-Force/sq. Centimeter to Foot Water (4°c)

1 gf/cm^2 = 0.0328093530234394 ftAq

Example: convert 15 gf/cm^2 to ftAq:
15 gf/cm^2 = 15 × 0.0328093530234394 ftAq = 0.492140295351592 ftAq


Gram-Force/sq. Centimeter to Foot Water (4°c) Conversion Table

gram-force/sq. centimeter foot water (4°C)

Gram-Force/sq. Centimeter

Gram-force per square centimeter (gf/cm²) is a unit of pressure representing the force exerted by one gram-force applied over an area of one square centimeter.

History/Origin

The unit originated from the use of gram-force, a non-SI unit of force based on the gram, and was commonly used in engineering and scientific contexts before the adoption of SI units. It was primarily used in regions and industries where the metric system was prevalent.

Current Use

Today, gf/cm² is largely considered obsolete and is rarely used in modern scientific or engineering applications. Pressure measurements are typically expressed in pascals (Pa) or bar, but the unit may still appear in legacy systems or specific niche contexts.


Foot Water (4°c)

Foot water (4°C), symbol ftAq, is a unit of pressure representing the height of a water column at 4°C that exerts a specific pressure.

History/Origin

The foot water (4°C) has been used historically in engineering and scientific contexts to measure pressure, especially in water-related applications, as an alternative to other pressure units like inches of water or meters of water. Its usage dates back to traditional measurements in hydraulic and civil engineering.

Current Use

Today, foot water (4°C) is primarily used in specialized fields such as hydrology, water management, and engineering to measure low pressures, particularly in systems involving water flow and pressure head calculations.



Convert gram-force/sq. centimeter To Other Pressure Units