(Solution) 1016m ID Pipeline At A Rate Of 41.00 Kg/s M^2 . Assuming The Flow Is Isothermal At 288.8K And The Inlet Pressure P1 =683.5x10^3 Pa And The Exit... | Snapessays.com


(Solution) 1016m ID pipeline at a rate of 41.00 kg/s m^2 . Assuming the flow is isothermal at 288.8K and the inlet pressure p1 =683.5x10^3 Pa and the exit...


Hello I need help, Question  in document please explain in steps because i need to understand. ThanksPlease I need help with this problem and please explain in steps so I can follow how

 

do you get the max velocity, Thank you

 

Natural gas essentially pure methane is being pumped through a

 

1.1016m

 

ID

 

pipeline at a rate of

 

41.00 kg/s m^2

 

. Assuming the flow is isothermal at

 

288.8K

 

and

 

the inlet pressure

 

p1 =683.5x10^3 Pa

 

and the exit pressure is

 

p2=170x10^3 Pa.

 

Calculate the maximum velocity that can be obtained if p2 is lowered.

 


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This question was answered on: May 23, 2022

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