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Question 4 A reservoir is to be used to supply water to a factory 5km away. The Free surface level of the reservoir is 60m above the factory. If the pipe lining has roughness of 5mm and if minor losses due to the valves and fittings are accommodated by a loss coefficient of 80. With the aid of a suitable diagram, Calculate the minimum pipe diameter required to convey a discharge of 0.3 m3/s, without their being a need for a pump. Note: Take the dynamic viscosity of water to be 1cP = 1x10?³ kg/ms, and the mass density to be 1000kg/m³

          Question 4
A reservoir is to be used to supply water to a factory 5km away. The Free surface level of the
reservoir is 60m above the factory. If the pipe lining has roughness of 5mm and if minor losses due
to the valves and fittings are accommodated by a loss coefficient of 80.

With the aid of a suitable diagram, Calculate the minimum pipe diameter required to convey a
discharge of 0.3 m3/s, without their being a need for a pump.

Note: Take the dynamic viscosity of water to be 1cP = 1x10?³ kg/ms, and the mass density to be
1000kg/m³

Question 4
A reservoir is to be used to supply water to a factory 5km away. The Free surface level of the
reservoir is 60m above the factory. If the pipe lining has roughness of 5mm and if minor losses due
to the valves and fittings are accommodated by a loss coefficient of 80.

With the aid of a suitable diagram, Calculate the minimum pipe diameter required to convey a
discharge of 0.3 m3/s, without their being a need for a pump.

Note: Take the dynamic viscosity of water to be 1cP = 1x10?³ kg/ms, and the mass density to be
1000kg/m³

Added by Celia D.

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