(Fluid mechanics) A key parameter used to determine the type of fluid flow through a pipe...

(Fluid mechanics) A key parameter used to determine the type of fluid flow through a pipe is the Reynolds number, which is given by this formula:

Re is the Reynolds number (a dimensionless value).

V is the velocity (m/s or ft/sec).

d is the diameter of the pipe (m or ft).

ν is the kinematic viscosity of the fluid (m/s2 or ft/sec2).

The viscosity, ν, is a measure of the fluid’s resistance to flow and stress. Except at extremely high pressures, a liquid fluid’s kinematic viscosity is dependent on temperature and independent of pressure. The following chart lists the viscosity of water at three different temperatures:

Using this information, write, compile, and run a program that requests the velocity of water flowing through a pipe, the pipe’s diameter, the water’s temperature, and the water’s kinematic viscosity. Based on the input values, your program should calculate the Reynolds number. When you have verified that your program is working, use it to complete the following chart: