1) As a valve is opened, water flows through the diffuser shown in Figure at an...

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1) As a valve is opened, water flows through the diffuser shown in Figure at an increasing flowrate so that the velocity along the centerline is given by; V-ui-V.(1-c)(1-x/L)i where V., c, and L are constants. Determine the acceleration as a function of x and t. If V. 3 m/s and L=1.5 m, what value of c (other than c-0) is needed to make the acceleration zero for any x at t-1 s? Explain how the acceleration can be zero if the flowrate is increasing with time. u= (1-e 1/2 K c) Consider the two dimensional flow field given by (-); =(1-6) Qla) For a certain incompressible two-dimensional flow field, the velocity component in y- direction is given by the equation. Determine the simplest form of the velocity component in x- direction so that the continuity equation is satisfied. v=y³ - 2y²x + yx b) Determine whether the flow irrotational or not by writing an expression for the vorticity of the flow field descreibed by V = x²yzi + xy²zj+xyz²k V = 2txi + X 4 where t is time. For this flow, determine the pattern of streamlines which pass through (xo, yo) at t-to. 1) As a valve is opened, water flows through the diffuser shown in Figure at an increasing flowrate so that the velocity along the centerline is given by; V-ui-V.(1-c)(1-x/L)i where V., c, and L are constants. Determine the acceleration as a function of x and t. If V. 3 m/s and L=1.5 m, what value of c (other than c-0) is needed to make the acceleration zero for any x at t-1 s? Explain how the acceleration can be zero if the flowrate is increasing with time. u= (1-e 1/2 K c) Consider the two dimensional flow field given by (-); =(1-6) Qla) For a certain incompressible two-dimensional flow field, the velocity component in y- direction is given by the equation. Determine the simplest form of the velocity component in x- direction so that the continuity equation is satisfied. v=y³ - 2y²x + yx b) Determine whether the flow irrotational or not by writing an expression for the vorticity of the flow field descreibed by V = x²yzi + xy²zj+xyz²k V = 2txi + X 4 where t is time. For this flow, determine the pattern of streamlines which pass through (xo, yo) at t-to.

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Fluid Dynamics A Brief Overview Fluid dynamics is the study of how fluids liquids and gasses behave while in motion It encompasses a wide range of phe... View the full answer