4 Problems of Fluid Dynamics: Bernoulli equation, continuity

Related BrainMass Solutions

• Fluid Mechanics: Energy Equation For Compressible Gas

  Knowing the recovery coefficient, the pressures can be determined and temperature can be obtained plugging in values in the continuity equation, Bernoulli equation and the equation in part (b).

• Hydrostatics/Hydrodynamics: Pressure and Bernoulli equation

  According to equation of continuity the product of area of cross-section and velocity at all points in a tube remains same (if the fluid is incompressible).

• Fluid Dynamics

  Step-by-step solutions to the problems regarding fluid dynamics are provided.

• Inlet velocity and flow from approach piping to the stilling well

  (In practice however this may not be the case) Thus the Bernoulli equation: Bernoulli equation: Therefore inlet velocity = outlet velocity = 0.22 m/s Note that in real life, fluid friction needs to be considered.

• Hydrodynamics: Equation of continuity, rate of flow of fluid

  63268 Hydrodynamics: Equation of continuity, rate of flow of fluid Q: A meter long hose of 14cm diameter is connected to a second hose which is 4 meters long and 7cm in diameter.

• A 7 cm orifice meter is being used to measure the flowrate

  Applying Bernoulli equation to a streamline traveling down the axis of the horizontal tube gives: where location 1 is upstream of the orifice, and location 2 is slightly behind the orifice.

• Streamlines and Fluid Flow

  Using the continuity equation, find the velocity v2 of the fluid flowing out of the right end of the pipe. Express your answer in terms of any of the quantities given in the problem introduction.. c).

• Fluid Dynamic and Flow Rate

  This solution contains step-by-step calculations to determine the flow rate through the horizontal water main using the continuity equation for an ideal fluid, Bernoulli's and change in pressure equation.

• Gasoline at 30C flows upward from the 2" schedule 40

  Assuming incompressible flow and neglecting fluid friction, we can use the Bernoulli equation: Note density of gasoline ≈ 680 (kg/m3).