art A - The three tanks shown in the figure below are connected by new cast ire he diameter and length of each pipe are stated in the figure below. The flowrat /s. Determine the flowrate in pipes 2 and 3 and the required pump power. Ne Elevation = 0 m Datum) Elevation = 200 m Dia = 0.8 m Pump Dia = 1.0 m L = 500 m L= 200 m

Elements Of Electromagnetics
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Please show how to solve all parts clearly. I want to understand how to solve each part. The topic involves fluid mechanics. Thank you.

 

Part A - The three tanks shown in the figure below are connected by new cast iron pipes (ɛ = 0.26 mm).
The diameter and length of each pipe are stated in the figure below. The flowrate in channel 1 is 50
m/s. Determine the flowrate in pipes 2 and 3 and the required pump power. Neglect minor losses.
Elevation = 0 m
Elevation = 200 m
(Datum)
Dia = 0.8 m
Pump Dia = 1.0 m L = 500 m
L = 200 m
(2) Elevation = 150 m
(1)
Dia = 1.2 m
L = 300 m
Clearly show your work and explain the setup of the Bernoulli equation and conservation of mass. State
the solution of the pump power and flowrates in pipes 2 and 3 clearly.
Part B – perform parametric study on the effects of
a. Increasing the flowrate in pipe 1 from 50 to 100 m³/s on the pump power
b. Increasing the pipe length of channel 1 on the pump power (for 50 m/s flowrate)
c. Increasing the elevation of tank B from 200 m to 600 m to the pump power (for 50 m3/s
flowrate)
Transcribed Image Text:Part A - The three tanks shown in the figure below are connected by new cast iron pipes (ɛ = 0.26 mm). The diameter and length of each pipe are stated in the figure below. The flowrate in channel 1 is 50 m/s. Determine the flowrate in pipes 2 and 3 and the required pump power. Neglect minor losses. Elevation = 0 m Elevation = 200 m (Datum) Dia = 0.8 m Pump Dia = 1.0 m L = 500 m L = 200 m (2) Elevation = 150 m (1) Dia = 1.2 m L = 300 m Clearly show your work and explain the setup of the Bernoulli equation and conservation of mass. State the solution of the pump power and flowrates in pipes 2 and 3 clearly. Part B – perform parametric study on the effects of a. Increasing the flowrate in pipe 1 from 50 to 100 m³/s on the pump power b. Increasing the pipe length of channel 1 on the pump power (for 50 m/s flowrate) c. Increasing the elevation of tank B from 200 m to 600 m to the pump power (for 50 m3/s flowrate)
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