Pressure to Velocity Calculator:
Enter the values of Dynamic pressure q(pascal) & Fluid Mass Density p(kg/m3) to determine the value of Pressure to Velocity V(m/s).
Pressure to Velocity Formula:
The Pressure to Velocity V(m/s) in meter per second is equal to the SQRT of the value of 2 into multiply the Dynamic pressure q(pascal) in Pascal and divided by the Fluid Mass Density p(kg/m3) in kilogram per meter cubic.
The Formula of Pressure to Velocity can be writtern as,
V(m/s) = √ ( 2 * q(pascal) / p(kg/m3) )
Here,
V(m/s) = Pressure to Velocity in meter per second
q(pascal) = Dynamic pressure in Pascal
p(kg/m3) = Fluid Mass Density in kilogram per meter cubic
Calculation for Pressure to Velocity :
1)Determine the Pressure to Velocity and given for Dynamic pressure = 100pascal , Fluid Mass Density = 1.220kg/m3.
Answer
V = √ ( 2 * q / p )
V = √ ( 2 * 100 / 1.220 )
V = 12.80m/s.
2)Determine the Dynamic pressure and given for , Fluid Mass Density = 1.220kg/m3 , Pressure to Velocity = 12.80m/s.
Answer
V = √ ( 2 * q / p )
12.80 = √ ( 2 * q / 1.220 )
q = 100pascal.