. Water is flowing uniformly in a finished-concrete channel of rectangular cross section with a bottom width of 6 m. The channel bottom slope is S0 a) Calculate the flow rate and regime when the normal (uniform) water depth is equal to hn (m) b) Determine whether the flow is subcritical or supercritical if the normal water depth equals hn c) How and why this channel slope should be classified when the normal water depth equals hn d) Determine the alternate depth when one of the flow depths is equal to hn e) Calculate the normal water depth when the flow rate equals Q (m3 /s) So:0.00115, hn(m): 2.5, b(m3/s):45.00

You will design and implement a study plan for one unit you are currently studying. Study Plan and Schedule 1. Pick a unit (maths is suggested) 2. Self-assess your performance so far 3. Write a plan and schedule of study from next week until the end of semester for this unit that includes (Excel/Word/Gantt/draw.io/etc): a) For what duration and when you will study (times, what days of the week, include breaks) b) Specific detail on what and how you are going to study (what methods and tools and on what sessions — i.e. flashcards) 4. Conduct at least 2 study/revision sessions by next tutorial 5. Study according to plan! 6. Reflect and Optimise (apply best practice to your other units)

). The network and durations given below show the normal schedule for a project, and the table given below summarizes the time-cost information for the activities, the owner wants to finish the project in 110 days, so find the minimum possible cost for the project to finish in 110 days AND 20 A B C D (19) E F 9. Activity (days) 120 20 40 30 50 60 Normal du 120 60 Crash (days) 100 15 30 20 40 45 30 on 4 50 Norma Cost 12000 1800 16000 1400 3600 13500 Cost 14000 2800 22000 2000 4800 18000