Fundamentals of Fluid Mechanics Questions and Answers  


I'll bring some tables.




No TI 84 allowed in exams. This is a programmable calculator.




The problem is 2D not 3D. Find the mass flow rate per unit depth (implied).




It's a steady state problem. You can deduce it on your own starting from the mass conservation equation in CV form.




You need to show that the velocities satisfy the potential equation.




Let's have an office hour right after class on Tuesday.




In this case, assume that the plate mass is much less than the mass located on the plate.




Air can be treated as an ideal gas. If you fix its temperature to the surroundings, justify this with one or two sentences.




The duct has a height $H$ and infinite depth along $z$.



$\pi$ 