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Thank you. Best of luck!

The energy balance for this configuration is always power = mass flow rate (change in enthalpy). It's just a matter of how you want to calculate the change in enthalpy. The simplest way is to assume constant specific heat so that (change in enthalpy) = Cp (change in temperature). A little more...

In a sense, these boards are like a study group.  You can post here any questions that arise during your study and the community typically answers very quickly. Also, if you're looking for additional practice problems, check out this thread: 

Correct, (C) yes, all problems in the thread have been answered and thoroughly discussed.

Correct. The normal stress is due to two sources: the axial force normal to the section, and the bending moment due to the external load.

Absolutely the best advice for that question.  @Aurora09, if you do this you will see that P2 - P1 = pgHf (where Hf is frictional head loss), is obtained for z1 = z2 and d1 = d2 where d is the pipe ID.    Extended Bernoulli can also address your other questions regarding sloped and vertical pipes.

Friendly reminder that this thread is still relevant. Cheers, and good luck

Thanks for the shout out. We’re glad to have been of service in your studies. Congrats!!!

Thanks!! Much appreciated. Congratulations!!

Thank you for creating this thread. 😊

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Let me tell you how getting to 15k posts is related to the results release date:

LOL. No. I'm afraid not. There are like 6 or 7 problems in this thread. Did you work them all?

Be mindful of the issues that are being reported with that manual. Most have been for TFS but it seems reasonable to suspect the MDM and HVAC sections might be affected too.