Question 1: Define and state the viscosity equation for a Coutte flow. Question 2: Develop and algebraic equation for viscosity of a liquid as a function of temperature. Calculate the kinematic viscosity of water at T=303K. Question 3: If a liquid water at 300C is flowing in a pipe and the pressure drops to the vapor pressure, what happens in the water and why, explain? Question\#4: Suppose the pressure in a car tyre is 3 bar. Find the absolute pressure in units of kPa. Question \#5: If the sea level pressure and temperature are 101.3kPa and 23C, what is the pressure at an elevation of 2000m, assuming that standard atmospheric conditions prevail. Question \#6: A coumn water in a vertical tube is being accelerated by a piston in the vertical direction at 100m/s2. The depth of the water column is 10cm. Find the gage pressure on the piston. The water density is 1000kg/m3. Question \#7: The vector V=10xi10yj represents a tw-dimensional velocity field. Is the flow irrotational? Question \#8: What is the difference between a force due to weight and a force due to fluid pressure? Explain