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Problem 2 Using the continuity equation u ov +=0 ox by along with the velocity distribution u u = 3y 1 y 26 26)

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Problem 2 Using the continuity equation u ov +=0 ox by along with the velocity distribution u u = 3y 1 y 26 26) and the expression for the boundary-layer thickness 4.64 x = Re derive an expression for the y component of the velocity, v, as a function of x and y. Calculate the value of v at the outer edge of the boundary layer (y=8) at distances of x=15 and 30 cm from the leading edge for air at 27C, P=1 atm, ux=2 m/s. The dynamic viscosity of air, = 1.85x10-5 Kg/ms, density p=0.99 kg/m.

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