A smooth pipe of diameter 100 mm and length 100 m carries crude oil (Kinematic viscosity = 0.4 stokes and density = 900 kg/m3 at velocity of 2 m/s. What will be the power (in W) required to maintain the flow? [ Friction factor = 0.03, g = 10 m/s2]

A smooth pipe of diameter 100 mm and length 100 m carries crude oil (K

1.	A smooth pipe of diameter 100 mm and length 100 m carries crude oil (Kinematic viscosity = 0.4 stokes and density = 900 kg/m3 at velocity of 2 m/s. What will be the power (in W) required to maintain the flow? [ Friction factor = 0.03, g = 10 m/s2]
A.	282.7
B.	565.4
C.	848.2
D.	1130.9
Answer» D. 1130.9

Discussion

No Comment Found

Related MCQs

Oil flows through a 200 mm diameter horizontal cast iron pipe (friction factor, f = 0.0225) of length 500 m. The volumetric flow rate is 0.2 m3/s. The head loss (in m) due to friction is (assume g = 9.81 m/s2)
A piping system consists of three pipes arranged in series, the lengths of the pipes are 1200 m, 750 m and 600 m and diameters 750 mm, 600 mm, 450 mm respectively. Transform the system to an equivalent 450 mm diameter pipe
A pipeline connecting two reservoirs has its diameter reduced by 20% due to deposition of chemicals. For a given head difference in the reservoirs with unaltered friction factor, this would cause a reduction in discharge of
Point A of head HA is at a higher elevation than point B of head HB. The head loss between these points is HL. The flow will take place
Oil flows through a 200 mm diameter horizontal pipe with friction factor (4f) = 0.02. The length of the pipe is 50 m and volumetric flow rate is 0.314 m3/s. The head loss in the pipe due to friction is (g = 10 m/s2).
For a fully–developed flow of water in a pipe having a diameter 10 cm, velocity 0.2 m/s, and kinetic viscosity 10-5 m2/s, what is the value of the Darcy friction factor?
Assertion A: Loss of head at a sudden expansion of a pipe is larger than that at a sudden contraction.Reason R: Separation of flow occurs at sudden contractionsWhich of the following is correct?
If the velocity of pressure wave generated is 2 m/s, the value of critical time is: _____.
Minor losses in a pipe flow are those losses
Pipe 1, branches to three pipes as shown in the given figure. The areas and corresponding velocities are as given in the following table. The value of V2 in cm per second will bePipeVelocity(cm per second)Area(sq cm)1.2.3.4.50V2302020101510

A smooth pipe of diameter 100 mm and length 100 m carries crude oil (Kinematic viscosity = 0.4 stokes and density = 900 kg/m3 at velocity of 2 m/s. What will be the power (in W) required to maintain the flow? [ Friction factor = 0.03, g = 10 m/s2]

Discussion

No Comment Found

Related MCQs

Reply to Comment