About Head three pipes
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About Head three pipes video introduction
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3 FAQs about [Head three pipes]
What is the difference between flow through a tree pipe and a head loss?
But flows through the tree pipes will be different. For a given head loss, at constant friction factor, flow will be greater for larger pipe diameter. Edit: The equation you cited is called the Darcy–Weisbach equation. It is a phenomenological law (such as Ohm Law) where the friction factor (Darcy factor is dependent of the flow).
What if the levels of a pipe were the same?
If the levels were the same, there would be no head loss (and no flow either). Given that the head loss is independent of the depth of the horizontal pipe, it doesn't matter at what depth the pipe is. We can have the pipes at three different levels, as in this case, and they will still each have the same head loss.
How do you find the headloss of a pipe?
Each outlet is at the same depth and the same pressure: poutlet = γ ⋅hB p outlet = γ ⋅ h B. That is, each pipe has the (same) headloss of ΔhL = γ ⋅ (hA −hB) Δ h L = γ ⋅ (h A − h B), where hA −hB h A − h B is simply the difference in surface levels between reservoirs A A and B B.