ContinuityEquationSim




    An incompressible fluid (a liquid) passes

    through a pipe of cross-section area A₁

    with a speed of v₁...



    ...the fluid then passes into a pipe

    of cross-section area A₂, now the fluid's

    speed is v₂.



   There is a simple equation that relates

   the above variables: the continuity equation.



   The Continuity Equation:





   A₁v₁ = A₂v₂

Volume passing point 1 each second = Volume passing point 2 each second

Volume₁ / Time = Volume₂ / Time

   but... Volume = cross-section Area x Width

(Area₁ x Width₁) / Time = (Area₂ x Width₂) / Time

   but... width is a distance

(Area₁ x Distance₁) / Time = (Area₂ x Distance₂) / Time

Area₁ x Distance₁ / Time = Area₂ x Distance₂ / Time

Area₁ x (Distance₁ / Time) = Area₂ x (Distance₂ / Time)

   but... Speed = Distance /Time

Area₁ x Speed₁ = Area₂ x Speed₂

A₁v₁ = A₂v₂


"Flow rate" is the volume of fluid passing a point each second:

Flow rate = Av


ContinuityEquationSim

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10 m\xB3 = 1aksjdfhsegment volume


10 m\xB3 = 1aksjdfhflow rate