Need help with this as soon as possible please (fluid flow in pipes)

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The discussion revolves around a request for assistance with a fluid flow problem involving benzene in a chemical processing plant. The task is to calculate the required pressure at the pump outlet to deliver benzene to a specified pressure at point B, considering the elevation difference and pipe characteristics. Key parameters include the pressure requirement of 550 kPa, a 21 m elevation difference, a 240 m length of smooth plastic pipe with a 50 mm diameter, and a flow rate of 110 L/min. The user expresses urgency and frustration over not knowing how to begin the calculations. The thread highlights the importance of understanding fluid dynamics principles to solve the problem effectively.
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need help with this! as soon as possible please (fluid flow in pipes)

here is my Q am facing a problem with i don't know how to start and i have to hand it in at 9 a.m

Q: In a chemical processing plant, a fluid (Benzene) must be delivered to point B with a pressure of 550 kPa. A pump is located at point A 21 m below point B, and the two points are connected by 240 m of plastic pipe (smooth pipe) having an inside diameter of 50 mm. If the volume flow rate is 110 L/min, calculate the required pressure at the outlet of the pump.
Take relative density of benzene  = 0.86 and its viscosity  = 4.2 x 10-4 Pa.s

here is the drawing click the link below:-

http://www10.0zz0.com/2010/04/29/01/629184696.jpg
 
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pleasez guys help i tried to come up with something, but nothin came up =(

i know the rule is u don't do ours homework, but this time am stuck i don't know how to start and continue with it , so pleasez help
 


no one can could answer it !

am waiting =(
 

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