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Chapter6 357 3. (Fluid mechanics) Fluid flowing in a pipe flows in a smooth pattern, known A Case Study: Rectangular to Polar Coordinate Conversion or a turbulent pattern, known as turbulent flow. The velocity, V, that produces s in a smooth pattern, known as laminar flow, Vlaminar= (2100 ) / ( d) y,srbulent-4000 ) /(pd) Viaminar is the velocity of the fluid, in fe/sec, that prod Vurbuient is the velocity of the fluid, in fr/sec, that produces a definite tur uces a definite laminar flow is the fluid's viscosity in lbf-sec/ft2. is the fluid's density in slug/ft3 d is the pipe's inside diameter in fect. Using these formulas, write and test a C++ function named flow() that returns laminar flow velocity, Vlaminars and the turbulent flow velocity, Vurbuenusing eerence parameters. The function should calculate these velocities for water, which has a viscosity, , wrbnfent using reference of 1.9 105 lbf-sec/ft2 and a density, p of 194 slug/ft, The pipe diameter should be passed by value to the flow) function. 4. (Fluid mechanies) The viscosity and density of three common fluids are listed in the follow- ing chart: Fluid Ethyl alcohol Methyl alcohol Propyl alcohol Viscosity (Ibf-sec/ft2) 2.29 x 105 1.17 x 10 4.01 x 105 Density (slug/ft3) 1.527 1.531 1.556 Using this data, write and test a C++ function named viscDen() that returns the viscosity and density of the selected fluid by using reference parameters. The type of fluid should be input to the function as a character that's passed by value