Calculate the Reynolds number for the following applications and identify the flow type: The flow of hydraulic oil, with density 931.3 kg/m3 and dynamic viscosity 0.002772 Pa.s, in a passage of characteristic length 9.511 mm with an average velocity of 1.575 m/s. Choose... The flow of liquid glycerine, having density 937 kg/m3 and dynamic viscosity 0.8744 Pa.s, inside a pipe of diameter of 65.69 mm, with an average velocity of 10.71 m/s. Choose... The flow of air, with density 1.118 kg/m3 and dynamic viscosity 1.764.10-5 Pa.s, flowing between two parallel plates placed 0.002854 m apart, at a velocity of 2.266 m/s. Choose... The flow of water, with density 1001 kg/m3 and kinematic viscosity 9.733.10-7m/s, flowing inside a pipeline of diameter 0.2429 m with an average velocity of 0.285 m/s. Choose... The flow around a person walking at 10 km/hr. Consider as length scale the height of an average person, 1.821 m. Air has a kinematic viscosity of 1.458.10-5 m/s. Choose