__Water Velocity Calculator:__

__Water Velocity Calculator:__

Enter the values of Volumetric Water Flow Rate WFR_{(ft}^{3}_{/s)} & Cross-sectional Area A_{(ft}^{2}_{)} to determine the value of Water Velocity Vw_{(ft/s)} .

__Water Velocity Formula:__

__Water Velocity Formula:__

The Water Velocity Vw_{(ft/s)} in feet per second is equal to the Volumetric Water Flow Rate WFR_{(ft}^{3}_{/s)} in feet cube per second is divided by the Cross-sectional Area A_{(ft}^{2}_{)} in feet square.

The Equation of Water Velocity can be writtern as,

Vw_{(ft/s)} = WFR_{(ft}^{3}_{/s)} / A_{(ft}^{2}_{)}

Here,

Vw_{(ft/s)} = Water Velocity in feet per second

WFR_{(ft}^{3}_{/s)} = Volumetric Water Flow Rate in feet cube per second

A_{(ft}^{2}_{)} = Cross-sectional Area in feet square

__Calculation for Water Velocity:__

__Calculation for Water Velocity:__

1)Determine the Water Velocity and given for Water Flow Rate = 200 ft^{2}/s , Cross-sectional Area = 20 ft^{2}.

Answer

Vw = WFR / A

Vw = 200 / 20

Vw = 10feet/second.

2)Determine the Cross-sectional Area and given for Water Flow Rate = 200 ft^{2}/s , Water Velocity = 10feet/second.

Answer

Vw = WFR / A

10 = 200 / A

A = 20 ft^{2}.

__Calculating Velocity of Water in a Pipe using Bernoulli’s Equation Accounting for Losses:__

__Calculating Velocity of Water in a Pipe using Bernoulli’s Equation Accounting for Losses:__