| From m²/s | To St | All conversion |
|---|---|---|
| 1 m²/s | 10000 St | |
| 2 m²/s | 20000 St | |
| 3 m²/s | 30000 St | |
| 4 m²/s | 40000 St | |
| 5 m²/s | 50000 St | |
| 6 m²/s | 60000 St | |
| 7 m²/s | 70000 St | |
| 8 m²/s | 80000 St | |
| 9 m²/s | 90000 St | |
| 10 m²/s | 100000 St |
The square meter per second (m²/s) is the SI unit of kinematic viscosity. It represents the diffusion of momentum in a fluid and is crucial in characterizing fluid flow behavior. This unit is particularly significant in engineering and physics, where precise measurements of fluid dynamics are essential.
In practical applications, m²/s is used to describe the viscosity of fluids in large-scale systems, such as water treatment plants and oil pipelines. Accurate measurement in m²/s ensures optimal design and operation of equipment involving fluid flow.
Named after Sir George Gabriel Stokes, the Stokes (St) is a CGS unit of kinematic viscosity, equivalent to 1 cm²/s. It is widely used in fields like meteorology and oceanography to describe the flow characteristics of air and water masses.
Understanding the Stokes unit is essential for modeling natural phenomena such as ocean currents and atmospheric circulation. It provides a standardized measure for comparing the viscosity of different fluids under varying conditions.
1 Square meter per second = 10000 Square centimeter per second
Convert 2 m²/s → cm²/s1 Square meter per second = 10000 Stokes
Convert 2 m²/s → St1 Square meter per second = 1000000 Centistokes
Convert 2 m²/s → cSt1 Square meter per second = 10.763915051182416 Square foot per second
Convert 2 m²/s → ft²/s1 Square meter per second = 1550.0031000062002 Square inch per second
Convert 2 m²/s → in²/s