An idealized incompressible flow has the proposed three-dimensional velocity distribution V = 2xyi + f(y)j zyk...

 

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An idealized incompressible flow has the proposed three-dimensional velocity distribution V = 2xyi + f(y)j zyk (a) Find the appropriate form of the function f(y) that satisfies the continuity relation. Show all of your work. (b) If f(y=0) = 0, find the acceleration field. (c) Is the flow rotational? Is so, what is the angular rotation? (d) Are particles in the flow subject to deformation? If so, how? An idealized incompressible flow has the proposed three-dimensional velocity distribution V = 2xyi + f(y)j zyk (a) Find the appropriate form of the function f(y) that satisfies the continuity relation. Show all of your work. (b) If f(y=0) = 0, find the acceleration field. (c) Is the flow rotational? Is so, what is the angular rotation? (d) Are particles in the flow subject to deformation? If so, how?