Oil of relative density 0.8 flows at the rate of 216000m3/s through a falling pipe which...

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Oil of relative density 0.8 flows at the rate of 216000m3/s through a falling pipe which...

Oil of relative density 0.8 flows at the rate of 216000m³/s through a falling pipe which tapers gradually in the direction of flow. The diameter at a point A is 0.6m and at point B, 3.6m vertically below A, it is 0.3m. The gauge pressure at A is 84kN/m². Calculate the pressure at B.

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Answer 1

Answer #1

Here we apply continuity equation and Bernoulli's equation.

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Answer 2

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Oil of relative density 0.8 flows at the rate of 216000m3/s through a falling pipe which...

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Oil of relative density 0.8 flows at the rate of 216000m3/s through a falling pipe which...

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Add Answer to: Oil of relative density 0.8 flows at the rate of 216000m3/s through a falling pipe which...

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Oil of relative density 0.8 flows at the rate of 216000m3/s through a falling pipe which...