Consider an unsteady, incompressible flow of a diver through a converging duct. The velocity field of the diver is appro

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Consider an unsteady, incompressible flow of a diver through a converging duct. The velocity field of the diver is appro

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Consider An Unsteady Incompressible Flow Of A Diver Through A Converging Duct The Velocity Field Of The Diver Is Appro 1
Consider An Unsteady Incompressible Flow Of A Diver Through A Converging Duct The Velocity Field Of The Diver Is Appro 1 (47.51 KiB) Viewed 51 times
Consider an unsteady, incompressible flow of a diver through a converging duct. The velocity field of the diver is approximated by V=(u,v,w)=0.6xi+0.2tj−1.4k( m/s). The pressure field in the duct is given by P(x,y,z)=400−0.4y−0.6z−0.2(5−x)2(kPa). Calculate the pressure change that the diver feels after 10 seconds of swimming in the duct, as it goes through x=1 m. (Keep the proper units through your calculations). Is the calculated pressure change a scalar or a vector?
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