a) Determine whether the velocity field & = 3ti +azj + tyK is incomprissible, and...

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a) Determine whether the velocity field & √ = 3ti +azj + ty³K is incomprissible, and irrotational or notational b) Calculate the trajectory for the unsteady, two dimensional flow field given by U=_x 1+t v = y 1+26 Where the flow passes through point (xo, yo) at t = 0 a (C) Water at 36 m above sea levd has d. velocity of 18 m/s and pressure of 350 kPa. Determine the potential energy and to tal head. kinetic } a) Determine whether the velocity field & √ = 3ti +azj + ty³K is incomprissible, and irrotational or notational b) Calculate the trajectory for the unsteady, two dimensional flow field given by U=_x 1+t v = y 1+26 Where the flow passes through point (xo, yo) at t = 0 a (C) Water at 36 m above sea levd has d. velocity of 18 m/s and pressure of 350 kPa. Determine the potential energy and to tal head. kinetic }

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a To determine whether the velocity field v 3t i a z t y k is incompressible we need to check if the divergence of the velocity field is zero The dive... View the full answer