Fundamentals of Fluid Mechanics Questions and Answers  


Answered in the office hours.




Half cylinder.




This is a 2D problem, not a 3D problem.




The exam is tomorrow and the final exam has been written. No more questions this semester.




Not yet. Each assignment's due date will be announced on the D2L. The announcement will be made at least 7 days in advance of the due date.




The homeworks must be handed in in class.




Go on D2L > UA Tools > Zoom > Cloud Recordings.






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.



$\pi$ 