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A two-dimensional incompressible flow is defined by u = (-Ky/(x^2+y^2)) And v = (Kx/(x^2+y^2)) where K is constant. Find its Velocity Potential And Which velocity potential will be selected and Why ?

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A two-dimensional incompressible flow is defined by u = (-Ky/(x^2+y^2)) And v = (Kx/(x^2+y^2)) where K is constant. Is this flow irrotational? If so, find its velocity potential, sketch a few potential lines, and interpret the flow pattern.
A two-dimensional incompressible flow is defined by u = (-Ky/(x^2+y^2)) And v = (Kx/(x^2+y^2)) where K is constant. Is this flow irrotational? If so, find its velocity potential, sketch a few potential lines, and interpret the flow pattern.

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