A pipe line 10km long delivers a power of 50kw at its
outlet end. The pressure is 4500kN/m² at inlet and
pressure drop per km of the pipe is 50 kN/m². Assuming
F=0.025. Determine the diameter of the pipe and the
efficiency of transmission
Answers
Answer:
Z00M J0IN FASTîd+ = 902 287 7815PA$$W0RD ... - Brainly.inbrainly.in › Math › Secondary School
3 days ago — Z00M J0IN FAST îd+ = 902 287 7815. PA$$W0RD+=io7 8x6=. 2. See answe
Explanation:
Z00M J0IN FASTîd+ = 902 287 7815PA$$W0RD ... - Brainly.inbrainly.in › Math › Secondary School
3 days ago — Z00M J0IN FAST îd+ = 902 287 7815. PA$$W0RD+=io7 8x6=. 2. See answe
Answer:21mm
Explanation:
Given data:
L= 10km = 10000m
Power, P=50kW= 50000W
Pressure at inlet, p, = 5000kN/m
Pressure drop per km of pipeline = 50kN/mn
solution:
Pressure drop for 10km pipeline, Ap = 50x10 = 500 kN/m
Equivalent head loss, h, =.
500 50.96m
9.81
Power available at the end of pipe,
P=Qxpressure difference
50-Qx(5000-500)
Q-0.0111m/s
0.96 x 103=
D 0.02 x 1000x 1.9881x 10
2x9.81>x 50.96x 10
D 0.021m = 21mm