Answered: A 98% efficient ESP is to treat a gas…

A 98% efficient ESP is to treat a gas stream flowing at 5000 m3/ min. If the effective drift velocity is 6.0 cm/s, calculate the plate area {required and actual) in m2.

Principles of Foundation Engineering (MindTap Course List)

8th Edition

ISBN:9781305081550

Author:Braja M. Das

Publisher:Braja M. Das

Chapter14: Sheet-pile Walls

Section: Chapter Questions

Problem 14.9P

See similar textbooks

Related questions

Q: 3- How is the parabolic velocity profile generated? Explain. 4- What are the main differences…

A: Velocity profile- It is the way how velocity varies along the path. Velocity profile may vary in…

Q: The elevations of the ski jumping hill are as follows: hA = 44 m hB = 1.6 m hC = 4.9 m If the…

A: Given: hA = 44 mhB = 1.6 mhC = 4.9 m Velocity at point B = 27.9 m/s

Q: A spillway controls a reservoir a horizontal sectional area of 4.60 hectares. The permanent crest is…

A: Answer We are given Horizontal cross sectional area = 4.60 hectares Permanent crest level = 75 m…

Q: What is the velocity (v) of a stream with a discharge (Q) of 1.20 × 103 m3/s and a cross-sectional…

A: Given data in question Discharge 1.20×103 m3/s Area 3.73×103 m2 To find out Velocity of stream

Q: A prismatic tank having variable cross- Atmosphere section (base areas: A¡ = 20 m² and A2 = 10 m²)…

A: dm˙=mass flow rate=ρ2πrdrufrom result…

Q: An incompressible plane fl ow has the velocity potentialϕ = 2Kxy, where B is a constant. Find the…

A: Following is the given information An incompressible plane flow has the velocity potential ϕ = 2Bxy…

Q: Neglecting air resistance, determine the height a vertical jet of water will rise if projected with…

Q: At a particular location, the cross section of the Columbia river is as indicated. If on a day…

Q: A 5.0-kg cart is moving horizontally at 6.0m/s. In order to change its speed to 10.0m/s, net work…

A: Given data : The value of work done W=40 J The mass of cart m=5 kg Initial velocity (U)=6 m/s Final…

Q: Convert 350 gpm into cfs and m3 /hr.

Q: A canal lock is 6m wide by 24m long. The time to empty the lock is 5 minutes. Determine the area of…

A: Fluid mechanics is the part of material science worried about the mechanics of liquids (fluids,…

Q: Situation 22. For the built-up shape shown in the figure, determine: В. bf = 200 mm — 12 тт hE 200…

Q: A vessel in the shape of an inverted right circular cone has a height of 3.5 m and an upper…

A: Given, Hi = 3.5 m D = 1.50 m Hf = 2 m do = 5 cm or 0.05 m C = 0.60

Q: A siphon is used at point A to draw the water from large reservoir and discharge it to the point B…

A: Given data- Difference of points A and B hL=10 mTo Find-the velocity v at point B

Q: Calculate the resultant force caused by the water acting on the parabolic arch dam. water levels are…

A: solution ; since ther is symmetry in y direction, so resultant force in y direction will be zero.…

Q: Compare the dimensional characteristics of the four commercially available portable cyclones.

A: The location or low gas pressure center that has the capability of rotating winds is Cyclone. The…

Q: Problem 1. Reynolds Transport Theorem. Two streams discharge into a pipe as shown. The flows are…

A: To Determine the velocity and acceleration of the flow at the exit at t = 14 seconds.

Q: A 5 kg block begins from rest and slides down an inclined plane. After 4 s, the block has a velocity…

A: To determine the distance traveled by a block sliding down an inclined plane with given mass,…

Q: For a flow of 1500 liters of water per second through a circular channel of 2 m diameter flowing…

Q: A 20 cm centrifugal pump runs at 1400 3 rpm delivering 0.09 m/sec against a head of 45 m with an…

A: Given data: A centrifugal pump with, Speed, N = 1400 rpm = 1400×2π60=146.61 rps D = 20 m Q = 0.09…

Q: A dam cross-section is a square facing a water depth of D=15m. Assuming a 1m strip for analysis and…

A: Given data, FOS for overturning = 2 D = 15 m Coefficient of friction = 0.5 To find out the…

Q: Q5) Despite the additional cost, the lift irrigation systems are used in the deficit of surface…

A: To find:- We have to draw reference of Lift irrigation . Concept used:- Lift irrigation is the…

Q: A dam cross-section is a square facing a water depth of D=15m. Assuming a 1m strip for analysis and…

Q: Calculate the velocity V at B. A 4 m diameter V = 6 m/s 4 m/s C B 2 m diameter V=?

Q: Design a circular clariflocculator for treating water required for a population of 65,000 with a…

Q: Determine the drag velocity in meter per seconds of a 5mm rainfall at sea level. Use the table…

Q: What must be the mass of block A if it is to descend 12 m in the first 3s after the system is…

Q: The equation k(dQI dt) + Q(t) = I (1) has been used to describe the gradual depletion of flow in a…

A: Give data K(dQ/dt)+Q(t)=I(t) I(t)=0 Q(t)=QO for t=0 we have to solve the differential equation for…

Q: SITUATION E. A ship having a displacement of 20 000 metric tons enter a harbor of fresh water. The…

A: Given data: Displacement of seawater = 20,000 ton draft = 8.4 m SG of sea water = 1.025 area of…

Q: |. The velocity of flow through a channel is

A: To find : Velocity of flow

Q: Question two Using virtual energy methods, determine the slope at point A. Given that 200(10") mm…

Q: 4.5 m 10 kN 20 kN 1.5 m A C 30° 500

A: problem 1 normal reaction to inclined plain at A and D are RA & RDon resolving these reactions…

Q: An open vessel 18inches in diameter and filled with water is rotated about its vertical axis at such…

A: there is no use diameter of vessel

Q: A rookie quarterback throws a football with an initial upward velocity component of 12 m/s and a…

Q: A field measuring 45 m X 90 m is to be prepared using a 1-m upland power tiller at a speed of 3 kph.…

A: Given data, Area of field = 45×90 m Width of tiller W = 1 m = 3.28 ft Speed of tiller S = 3 kph =…

Q: QUESTION 4 HGL and EGL Based on the following HGL and EGL plot, what is the friction loss between…

Q: f the sound intensity being transmitted through an area 0.5 m2 is 0.1 W/ m2 what is the sound power…

A: Area A=0.5 m2 Sound intensity I=0.1 W/m2

Q: A closed cylindrical tank 1.845m high and 0.945m in diameter contains water of height 1.35m. When…

Q: With a friction factor = 0.017, what diameter for a pipeline to carry 1200 m3/hr with a head of 2.5m…

Q: A cylindrical tank with a large diameter is filled with water to a depth D = 0.416 m. A hole of…

A: Given: The depth of water is 0.416 m. The cross-sectional area of the hole is 7.83 cm2.

Q: USING THE HAZEN WILLIAMS EQUATION, What diameter pipe is necessary to limit friction losses of WATER…

Q: A circular tank of a diameter of 1.5 m contains water up to a height of 4 m. The tank is provided…

Q: A ball is thrown with an initial horizontal velocity of 30 m/s from a height of 3 mabove the ground…

A: Given data, Initial velocity, u=30 m/sintial height= 3 m distance of ball from initial point =40 m…

Q: A spillway (which is 35.65 feet long) whose crest is at Elev. 40.0m releases water from a reservoir…

Q: sional distribution of pollutant concentration in a channel can be described by c(x, y) =…

A: solution Given that cx,y=7.9+0.13x+0.21y-0.05x2-0.016y2-0.007xyinitial guess =x0,y0=1,3Steepest…

Q: .5 If Stokes' law is considered valid below a Reynolds number of unity, then the largest raindrop…

Q: Activity #2. Solve the following HDE. 1. y' = * y-x |2. y' = 2y+ x

Q: Draw the cross-sectional area of each station. Compute the cross-sectional area of each station.…

A: Taken, base road way as 10 m solution:

Q: 7. If an irrigation canal is forced to pass through a depression, what type of structure is…

A: NOTE :- As per our guidelines we are supposed to answer one question at a time. So please repost…

Q: 9.47 If the drag on one side of a flat plate parallel to the upstream flow is when the upstream…

A: Force due to drag is FD=CD(12ρAU2)CD=1.32δReCD=1.32δUlμso,FD=(1.32δUlμ)(12ρAU2)FD∝U32

Concept explainers

Connections

In steel structures, connections are the members that join two or more steel members. The connections are the most important members of any steel structure, and hence, they are designed more carefully. The majority of the construction cost of steel structures is incurred due to the connections. The design of connections is done as per the recommendations and specifications of the American Institute of Steel Construction (AISC).

Question

A 98% efficient ESP is to treat a gas stream flowing at 5000 m³/ min. If the effective drift velocity is 6.0 cm/s, calculate the plate area {required and actual) in m².

Expert Solution

This question has been solved!

Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.

This is a popular solution!

SEE SOLUTION Check out a sample Q&A here

Step 1 Introduction

VIEW

Step 2 Solution

VIEW

Trending now

This is a popular solution!

Step by step

Solved in 2 steps

SEE SOLUTION Check out a sample Q&A here

Knowledge Booster

Learn more about

Need a deep-dive on the concept behind this application? Look no further. Learn more about this topic, civil-engineering and related others by exploring similar questions and additional content below.

Similar questions

The velocity potential function for a source varies as A B C D log
An incompressible plane fl ow has the velocity potentialϕ = 2Kxy, where B is a constant. Find the stream functionof this fl ow, sketch a few streamlines, and interpret the fl owpattern.
The 50-kg block in the figure is initially at rest on a horizontal plane. Determine the friction force between the block and the surface after P was gradually increased from 0 to 245.25 N. In which phase will the block be classified (Phase 1- no motion, Phase 2 - impending motion, or Phase 3 - in motion)? = 50(9.81) = 490.5 N W 4, = 0.5 H= 0.2 %2D Hint: At which phase will the block be if P-245.25N - Phase 1 (no motion)? Phase 2 (impending motion)? Phase 3 (in motion)? Make use of the coefficient of friction and the normal force to solve for the maximum frictional force.
Example 9 Calculate the velocity V at B. A 4 m diameter V = 6 m/s 4 m/s C B 2 m diameter V = ?
1.2 In a fluid the velocity measured at a distance of 75mm from the boundary is 1.125m/s. The fluid has absolute viscosity 0.048 Pa s and relative density 0.913. What is the velocity gradient and shear stress at the boundary assuming a linear velocity distribution? Determine its kinematic viscosity. [Ans: 15 s¹, 0.72Pa.s; 5.257x105 m²/s]
A 150 mm diameter pipe, 80 m long carries water at a rate of 90 liters per second. What is the head loss in the pipe if the roughness coefficient is 0.015? Select one: O a. 46.33 m O b. 37.18 m O c. 42.51 m O d. 51.56 m
Water flows steadily through a pipe junction as shown in the diagram. The velocities provided are cross sectional averages and water is leaked through a hole in the junction at a rate of 0.1 m³/s. What is the average velocity through section 2? A₁ = 0,2m² V₁ = 5m/s 2 Ne leak Q = 0.1m³/s 3 V3 = 12 m/s A3 0.15m² Az = 0.2m²
Problem 4: A film of oil exists between two horizontal plates spaced 3mm apart. The lower plate is fixed and the upper plate is pulled with a constant velocity. The velocity profile between the two plates is found to have a non- linear profile that is defined as u = (9y - 0.6y?) mm/s where y is in mm. Assuming the top plate has an area of 0.5 m? and the viscosity of the oil is u= 0.437 N.s/m?, determine (a) the shear stress 1mm above the fixed plate, and (b) the force required to pull the upper plate. 2. F 3 mm
A two-dimensional conduit has the velocity distributions shown in figure (a) and (b). Calculate the kinetic energy correction factor a for these distributions. 10 ribution (a) : 4₁ (a) B B ✈ 9/11 -WIN (b) 8 IC K
A cylinder with a mass 0.281 kg is sliding downwards through a vertically positioned pipe. A thin oil layer exists between the cylinder and the pipe's internal surface. Centerline of the cylinder and the pipe overlap. (yoil =8044.2 N /m3; Voil=6-10-6 m²/s). Find the change in the speed of cylinder in 1. the pipe with respect to its unit displacement and the shear stress that acts upon the oillayer. A L = 1.10 mm V W 73.8 mm 74 mm 0.1 mm Figure 1
● Solve the following problem for Mp by Kinematic and Static Method? 2.0 m B 20 kN M₂ 4.0 m 2.0 m 000 152 kN 2.0 m Mp 4.0 m 2.0 m E
3. A large oil reservoir has a pipe diameter of 75mm and length of 2200m connected to it, as shown. Assuming laminar flow through the pipe, compute the amount of oil issuing out of the pipe as a free jet. Neglect minor losses. Use kinematic viscosity 9.20x106m?/s. and h=3m a. 2.16x103 b. 1.13x10-3 c. 3.15x10-3 d. 1.09x103