Nozzle Velocity Calculator:

Enter the values of Mass flow rate of the nozzle mdot_(kg/s), Density of the Fluid p_(kg/m³₎ & Cross-sectional Area of the Nozzle A_(m²₎ to determine the value of Nozzle Velocity V_(m/s) .

Nozzle Velocity Formula:

The Nozzle Velocity V_(m/s) in meter per second is equal to the Mass flow rate of the nozzle mdot_(kg/s) in kilogram per second is divided by the Density of the Fluid p_(kg/m³₎ in kilogram per metre cube to multiply the Cross-sectional Area of the Nozzle A_(m²₎ in meter square.

The Formula of Nozzle Velocity can be writtern as,

V_(m/s) = mdot_(kg/s) / ( p_(kg/m³₎ * A_(m²₎ )

Here,

V_(m/s) = Nozzle Velocity in meter per second

mdot_(kg/s) = Mass flow rate of the nozzle in kilogram per second

p_(kg/m³₎ = Density of the Fluid in kilogram per metre cube

A_(m²₎ = Cross-sectional Area of the Nozzle in meter square

Example Problems for Nozzle Velocity:

1)Determine the Nozzle Velocity and given for Mass flow rate = 45kg/s , Density of the Fluid = 400kg/m³ , Cross-sectional Area = .20m².

Solution

V = mdot / ( p * A )

V = 45 / ( 400 * .20 )

V = 0.11m/s.

2)Determine the Density of the Fluid and given for Mass flow rate = 45kg/s , Cross-sectional Area = .20m² , Nozzle Velocity = 0.11m/s.

Solution

V = mdot / ( p * A )

0.11 = 45 / ( p * .20 )

p = 400kg/m³.