The discussion revolves around a branching pipe system and the flow of water between points A, B, and C. Participants are examining the implications of pressure conditions at point B and how they affect flow rates and relationships between the variables involved.
The discussion is ongoing, with participants seeking clarification on variable definitions and the relationships between flow rates. Some have offered insights into the implications of pressure differences in the system, while others are exploring the potential for misinterpretations of the original statements.
There are references to specific conditions under which water flow is analyzed, including pressure levels at reservoir B and the potential for drag in the pipes affecting flow dynamics. Participants are also considering the implications of closing off junctions in the system.
which h2 is typo for d2 ?haruspex said:
In your post, you quoted a line from the second attachment referencing h2. There is no other h2 in either attachment. I am suggesting the h2 in the attachment might be a typo for d2.foo9008 said:
what does h2 mean actually ? why it will = 0 ?haruspex said:
I don't know, but I might be able to figure it out if you answer the questions I posed in post #2.foo9008 said:
Imagine closing off the point where the three pipes meet for the moment, so nothing is flowing. The pressure on the A side of that point will exceed the pressure on the B side. So when the joint is opened to allow flow, the A side will win.foo9008 said:
