A fluid is flowing in a 6-in diameter pipe at a pressure of 3.63lbwith a velocity of 9.67in2ft.As shown in the figure, the elevation of the center of the pipe above a given datum is10.0 ft. Find the total energy head above the given datum if the fluid is water. Expressanswer in feet. Round off answers to three decimal places.王10 ftDatum

Answered: Image /qna-images/answer/d82dbcca-b181-4e31-a7be-bdb3e2ebd1bf.jpg

fluid is flowing in a 6-in diameter pipe at a pressure of 3.63 in2 with a velocity of 9.67 E. As shown in the figure, the elevation of the center of the pipe above a given datum is 0.0 ft. Find the total energy head above the given datum if the fluid is water. Express swer in feet. Round off answers to three decimal places.

fluid is flowing in a 6-in diameter pipe at a pressure of 3.63 in2 with a velocity of 9.67 E. As shown in the figure, the elevation of the center of the pipe above a given datum is 0.0 ft. Find the total energy head above the given datum if the fluid is water. Express swer in feet. Round off answers to three decimal places.

Engineering Fundamentals: An Introduction to Engineering (MindTap Course List)

5th Edition

ISBN:9781305084766

Author:Saeed Moaveni

Publisher:Saeed Moaveni

Chapter13: Energy And Power

Section: Chapter Questions

Problem 5P

See similar textbooks

Similar questions

plot the relationship between the total energy line and hydraulic gradient line Vs distance from the Venturi meter reference in Sections 1-7. Discuss and analyze the result from the graph I want perfect answer with clear typing PLZ
A pump draws 84 lit/sec of water from reservoir A to reservoir B as shown. Assuming f = 0.069 for all pipes, compute the horsepower delivered by the pump Elevation of reservoir A = 31 m Elevation of reservoir B = 92 m Pipeline 1 : 239 mm, 597 m (diameter, length) Pipeline 2 : 196 mm, 1811 m (diameter, length) Round your answer to 3 decimal places.
Oil flows at the rate of 0.22 m/s in a 500 mm diameter pipeline 500 m. long. Specific gravity of oil is 0.86. Neglecting minor losses and f = 0.018, compute the power loss in kW. Do not write the unit. You will only input the numerical answer in the space provided. Unit of the Correct Answer: kW Decimal Places required in the final answer: 3
In the attached image, a tank is filled with water and discharges at 79.29 L/s. How would I find the losses from point 1 (far left) to point 3 (output on right) in velocity head (V2/2g))? Additionally how would I find the pressure at point 2 if 2/3 of the energy loss happens between points 1 and 2? Any help would be very appreciated :) Thanks and have a nice day!
Show complete solution. Units must be included in all calculations. All numerical values should be rounded off to the nearestthousandths. 6.A standpipe 20 ft in diameter and 40 ft high is filled with water. Calculate the potential energy of the water if theelevation datum is taken 10 ft below the base of the standpipe.
A pressure gage 7.0m above the bottom of a tank containing a liquid reads 64.94 kPa; another gage at height 4.0m reads 87.53 kPa. Compute the specific weight of the fluid. Do not write the unit. You will only input the numerical answer in the space provided. Unit of the Correct Answer: N/m3 Decimal Places required in the final answer: zero
The water from a fire hose follows a path described by y=4.0+0 4x-0 20x (units are in metres). If v, is constant at 5.0 m/s, find the resultant velocity at the point (2.0.4.0). Find the magnitude of the velocity of the water at the point (2.0.4.0) The magnitude is approximately m/s. (Type an integer or decimal rounded to one decimal place as needed) CODD
ECE 2212: Fluid mechanics II CAT 1 - Take away 24th November 2022 1. A horizontal boiler of 3 metres diameter and 15 metres long contains water to a height of 2.5 metres. Find the time taken for emptying the boiler through an orifice of 180mm diameter at the bottom of the boiler. Take Cd = 0.625.
Calculate the velocity of water running in a pipe having a velocity head of 0.8 feet.
The water from a fire hose follows a path described by y=4.0+0.4x-0.20x (units are in metres). If v is constant at 5.0 m/s, find the resultant velocity at the point (2.0.4. Find the magnitude of the velocity of the water at the point (2.0,40). The magnitude is approximately 5.4 m/s. (Type an integer or decimal rounded to one decimal place as needed) Find the direction of the velocity of the water at the point (2.0,4.0). Enter an angle 0 such that 0° ≤0<360° The direction is approximately (Round to the nearest whole number as needed. Type N if the answer is undefined.)
Suppose that a = 3.24 m and b= 1.8 m. (Figure 1). Figure y=x¹/2 b 1 of 1 > X Part A Determine the moment of inertia for the shaded area about the axis. Express your answer to three significant figures and include the appropriate units. Submit 0 ■μÃ xª Xh Value a Provide Feedback A X-10 Units Previous Answers Request Answer W X X Incorrect; Try Again; 23 attempts remaining ? Next >
Q1// The cylinder in the figure below is rotated about the z-axis as shown What rotational speed (Q) is needed so that the water just touches point A. 2cm Air 20 cm Water 16cm provide the value of the speed Qin (rad/sec) Answer: