A pipe joins two reservoirs whose head difference is 10m. The pipe is 0.2 m diameter, 1000m in length and has a f value of 0.008. (a) What is the flow in the pipeline? (b) It is required to increase the flow to the downstream reservoir by 30%. This is to be done adding a second pipe of the same diameter that connects at some point along the old pipe and runs down to the lower reservoir. Assuming the diameter and the friction factor are the same as the old pipe, how long should the new pipe be? 10m Original pipe New pipe 1000m

A pipe joins two reservoirs whose head difference is 10m. The pipe is 0.2 m diameter, 1000m in length and has a f value of 0.008. (a) What is the flow in the pipeline? (b) It is required to increase the flow to the downstream reservoir by 30%. This is to be done adding a second pipe of the same diameter that connects at some point along the old pipe and runs down to the lower reservoir. Assuming the diameter and the friction factor are the same as the old pipe, how long should the new pipe be? 10m Original pipe New pipe 1000m

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

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Applied Fluid Mechanics

A fluid is a substance that is continuously deformed by the application of shear stress. The rate of deformation of a fluid depends on its viscosity. The fluid tries to flow when it interacts with some other system.

Question

A pipe joins two reservoirs whose head difference is 10m.
The pipe is 0.2 m diameter, 1000m in length and has a f
value of 0.008.
(a) What is the flow in the pipeline?
(b) It is required to increase the flow to the downstream
reservoir by 30%. This is to be done adding a second pipe of the same
diameter that connects at some point along the old pipe and runs down to the
lower reservoir. Assuming the diameter and the friction factor are the same as the
old pipe, how long should the new pipe be?
10m
Original pipe
New pipe
1000m

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