Pipe in Parallel:Two pipes connect two reservoirs which a height difference of 10m. Pipe 1has diameter 50mm and length 100m. Pipe 2 has diameter 100mm andlength 100m. Take f= 0.008 then calculate: -a) Rate of flow for each pipe.b) The diameter D of a pipe 100m long that could replace the two pipeand provide the same flow.energy lineH. h

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Answered: Pipe in Parallel: Two pipes connect two…

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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Ex. 1.13] A pump draws water from reservoir A and lifts it to reservoir B as shown in the figure. The loss of head from A to 1 is three times the velocity head in the 15.24-cm pipe and loss of head from 2 to B is 20 times the velocity head in the 101.6-mm pipe. The pump discharge rate is 40 Ips. Determine the following: d) Pressure head at point 1 e) Pressure head at point 2 Given: Pump system shown Q = 40 Ips HA = 3 29 Zg = 36 m H = 20 29 %3D ZA = 6 m D; = 15.24 cm Dz = 101.6 mm Required: Pump We a) TDH b) Pump WP c) BP if pump efficiency is 78% d) Pressure head at point 1 e) Pressure head at point 2
Water flows through a pipe that enlarges from 154mm diameter at A to 249mm in diameter at B which is 5.22 m above point A. The pressure at points A and B are 70 kPa and 48.3 kPa, respectively. a.)What is the velocity flow at A in m/s? b.)What is the energy at A in Joule per kilograms? c.) What is the energy at B in Joule per kilograms? show solution and fbd
Include a free body diagram A pump is installed in a pipe system, where at the suction side 1.0 m below the pump, an open manometer reads a vacuum of 20 cm of mercury. The pipe is 10 cm in diameter and the flow is 35 L/s of water. Find the total energy at the location of the manometer, relative to a datum, through the pump. A. 12.74 m B. -4.67 m C. 2.56 D. -2.72 m
Please solve both parts correctly. A pipe that carries water, has section of radius r₁ = 12 cm; it is narrowed, so the section has radius r2 = 6 cm. Calculate a) If the difference between pressures is 7.5 kPa, what is the velocity in section "2" ? b) the flow rate of the duct.
For a junction if pipe 1 diameter = 50 mm, mean velocity 2 m/s, pipe 2 diameter 40 mm takes 30% of total discharge and pipe 3 diameter 60 mm. Find the discharge in I/hr and velocity through each pipe? Comments on the results.
Q1) Benzene with specifie gravity of 0.8 flows through 200 mm diameter pipe at velocity of 5 m/s. Find: 1. volume flow rate of Benzene. QV 2. Mass flow rate of Benzene. 3. Weight flow rate of Benzene Q2) Water flowing through a jet with velocity of 45 m,/s. Caleulate the value of (0) to be the water reach the hole in the wall 30m 30m
Oil flows thru a 50 mm diameter pipe having a head loss of 12 m. The length of the pipe is 120 m. long. If the oil has a Reynold’s Number equal to 1600, compute the velocity of the oil flowing in the pipe. choices: A. 0.156 B. 1.566 C. 6.155 D. 5.166
Water flows through a horizontal pipe of cross sectional of 20 cm2. Atone section, the cross sectional area is 4 cm2. the pressure difference is29.4 psi. How many cubic meters of water will flow out of the pipe in 1min? (can you show the diagram or illustration if possible. thank you!) Choices: a. 0.008 b. 1.208 c. 0.493 d. 0.0185
A Fluid flows at a velocity of 225 cm/s in a pipe with flow rate of 89.3 Litres/sec. then find diameter of pipe in cm. Select one: O a. 2.24 O b. 224 O C. 22.4 O d. 0.224
Please provide complete solution and diagram. An air compressor takes air and discharges it to 200 psi. If the volume flow of the discharge is 1.5 m3/sec, determine the capacity of the compressor in liters per sec. A. 9570.23 li/s C. 9680.24 li/sB. 8680.25 li/s D. 9750.24 li/s
It is desired to refuel an airplane at the rate of 55.0 gal/min. The fuel line is a 3.0-inch hose connected to a pump 4.0 ft above the ground; a 2.5-inch nozzle delivers the gasoline (specific gravity, 0.755) to the airplane 16 ft above the ground. Find A) the flow speed of the fuel in the nozzle and B) the pressure in the line near the pump.
After analyzing the flow type in a refinery oil (s = 0.8, v= 1.94x10-4 ft2/s) flowing through a 9inch diameter pipe at (41/1000) ft3/s. Find the following a)centerline velocity b)the velocity at r = 2inch c)the frictional factor d)the shear stress at the pipe wall and e)the head loss per foot of pipe length.

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