Water at 20°C flows from Tank 1 to Tank 2 through a 2-inch, Schedule 40 pipe as shown in the figure below. The length of the pipe is 100 m and in the pipeline, there are two 90° standard elbows and a gate valve. If both tanks are located at the same datum level, determine the water level in the larger tank if the water level in the smaller one is 4 m from the datum level and the flow rate of water is 1O L/s. [49.66 m] 4m Tank 1 Tank 2 I

Water at 20°C flows from Tank 1 to Tank 2 through a 2-inch, Schedule 40 pipe as shown in the figure below. The length of the pipe is 100 m and in the pipeline, there are two 90° standard elbows and a gate valve. If both tanks are located at the same datum level, determine the water level in the larger tank if the water level in the smaller one is 4 m from the datum level and the flow rate of water is 1O L/s. [49.66 m] 4m Tank 1 Tank 2 I

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

See similar textbooks

Related questions

Q: pipes in parallel, the total friction head loss equals to the individual friction head loss in each…

Q: asoline at 77°F flows from a pressurized upper tank to a vented lower tank as shown in the figure…

A: Givenh2=52.8ftTemp=77°Fρgasoline=45lb/ft3

Q: Flow in a turbine flows through the turbine shown in the Figure below. nt A, the velocity in pipe is…

A: GivenVA=11.14m/sPA=1.2bar=120kPaP=0.5bar=50kPaZA=1mhL=0.3mdA=0.2mdB=0.4m

Q: art A - The three tanks shown in the figure below are connected by new cast ire he diameter and…

A: To given thatε=0.26D1=1m=1000mm D2=0.8m=800mmD3=1.2m=1200mmL1=200m…

Q: The three-tanks system in figure are interconnected as shown. Compute the flowrate in each pipe,…

A: To find discharge in all pipes

Q: 02: As shown in figure (2), when the pump develops (7.5m) of head, and the velocity of flow through…

Q: As seen in Figure 3 below, the water from the tank 1 is pumped to the tank 2 with a flow rate of…

Q: Question 4: Calculate the velocity in the pipe shown below, which connects minor headlosses 20 m

Q: A submersible pump is to be selected for the installation on a newly drilled deep well. The static…

A: The total dynamic head of the water system determines the various head losses that the pump must…

Q: A piping system has a Y-configuration for separating the flow as shown in Figure 4. The diameter of…

A: Given data:

Q: Flow Pump 6-in Schedule 40 4-in Schedule 40 4 in Engine Oil 30 in Mercury (sg =13.54)

A: Calculate the pressure change from point 1 to point 2. P1-ρoilg4 in-ρhgg30 in+ρoilg34…

Q: Determine the energy loss that will occur as 100 Liters / min of water flows from a small copper…

A: When a pipe has a sudden expansion there is a head loss in the flowing fluid across this…

Q: 1. Water flows through a venturi meter. At the constricted section where the area is 24cm², the…

A: Given data:-Area at section 2-2, a2=24cm2=0.0024m2Pressure at section 2-2,…

Q: A storage tank has hot water. This water at a temperature of 85 °C is pumped to a 600 cm height at a…

Q: Water (15 C) is transported from an open reservoir to the atmosphere through a new cast iron pipe (d…

Q: mm respectively. Transform the

Q: Head losses in pipe: 1 to 2: 3.00 m 2 to 3: 9.00 m 3 to 4: 18.00 m 4 to 5: 6.00 m W.S. |ELEV. 140…

A: Given diameter of pipe = 6 in Diameter of jet = 2 in Nozzle loss = 8 % of velocity head

Q: Water steadily flows from the basement to the second floor through a 0.75-in-diameter copper pipe.…

Q: 4. The velocities of the fluid flowing on a pipe as shown in the figure is constant on the two…

A: Given data: V1=V2=1.2 m/s Need to determine the total head loss.

Q: Water flows through a reducer in a pipe as shown. The pressure at A is equal to 345 kPa and the…

A: GIVEN DATA - PA=345KPa dA=150mm PB=325KPa dB=60mm WE HAVE TO CALCULATE FLOW RATE

Q: Consider a series of pipes as shown in the figure below that carries a discharge of 100 of water.…

Q: 3.- A swimming pool has a partial filtration system, the water whose temperature is 75 °F, is pumped…

A: The water temperature, T = 75 FThe discharge through the pump, Q1 = 30 GPMThe pressure inside the…

Q: Part B Taking in your consideration the head losses accumulated by the fluid when flowing in the…

Q: A fluid is pumped at a rate of 0.00156 m3/s through a 0.025-m-diameter pipe to fill a water tank as…

Q: A fluid flows at 650 (ft^3)/min through the space between two concentric pipes. The inner pipe has…

A: Given: Q = 650 ft3 /min d = 1.5 in. D = 4 in. To find: Average velocity, uavg = ?

Q: Water from a nearby lake is to be used for a fountain and a water tank. The figure below shows the…

Q: Water is to be pumped through 1500 ft of pipe from the lower to upper reservoir at a rate of 4…

A: Given:Length of pipe, L=1500 ft =457.2 mVolume flow rate, Q=4 ft3/s =0.113267 m3/sdiameter, d=8 in…

Q: Water at 40 degrees C is flowing from A to B through the system shown below. Determine the…

A: Given data as per question Lz=30m1 in=0.0254 mD1=4 in=0.1016mD2=6 in=0.1524 mPA=PB=Atmospheric…

Q: As shown in the figure, the water flows from the ground floor of a three-storey house to the second…

Q: Saturated water at 310K is being pumped from a tank to an elevated tank at the rate of 7L/s. All of…

A: Given-Data:- To-Find:- Power (W)=?

Q: 2.attention to the piping system shown in the figure below. Pipes 1, 2, and 3 are installed in…

Q: Determine the maximum allowable volume flow rate in L/min that can be carried through a standard…

A: To find-: The maximum allowable volume flow rate in Lmin. Given-: The outside diameter is D=1.25 in.…

Q: (Energy equation) The pump shown in the figure below adds 1.74 horsepower to the water when the…

Q: The piping shown in the figure is a parallel-pipe system carrying water at normal temperature.…

A: Given: Q=0.35 m3/sPipe A→lA=4000 m, dA=0.3 mPipe B→lB=2500 m, dB=0.35 mPipe C→lC=3000 m, dC=0.2 m

Q: 1. A pipe carrying oil of specific gravity of 0.877 changes in size from 150 mm at section 1 and 450…

A: GivenS.G=0.877d1=150mmd2=450mmZ2=3.6mP1=90kPaP2=60kPaQ=150L/s=0.150 m3/s

Q: 9. What is the diameter, in millimeter, of an orifice in a tank with a cross-section of 1.5 m? if…

A: A=1.5m2 c=0.63

Q: (P. = 850 kg/m³, µ = 2.33 kg/ms, Patm = 101.325 KN/m²) oil 1 m = 13600 kg/m³) mercury Oil ball valve…

A: Given: The flow rate inside the tank, Q = 0.03 m^3/s The outside diameter of 4in scheduled 40 pipe,…

Q: 3. Water at the rate of 30 litres/sec. is flowing through a 0.2 m. 1.D. pipe. A venturi meter of…

Q: A cast-iron pipe system consists of a 500-ft section of water pipe, after which the flow branches…

A: Applying bernoulli's equation,

Concept explainers

Fluid Dynamics

The study of the flow of gases and liquids, usually in and around solid surfaces, is known as fluid dynamics in physics and engineering. Fluid dynamics, for example, can be used to evaluate the movement of air through an airplane wing or the surface of a vehicle. It can also be used in ship design to increase the speed at which ships pass through water.

Question

Water at 20°C flows from Tank 1 to Tank 2 through a 2-inch, Schedule 40 pipe as
shown in the figure below. The length of the pipe is 100 m and in the pipeline, there
are two 90° standard elbows and a gate valve. If both tanks are located at the same
datum level, determine the water level in the larger tank if the water level in the
smaller one is 4 m from the datum level and the flow rate of water is 10 L/s.
[49.66 m]
2.
4 m
Tank 2 I
FIGURE Q2: Transport of water in tanks
Tank 1
undefined

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: Given Data

VIEW

Step 2: Calculating The Velocity of Water

VIEW

Step 3: Calculating The Reynolds Number

VIEW

Step 4: Calculating the Friction Factor

VIEW

Step 5: Calculating The Major Head Loss

VIEW

Step 6: Calculating The Minor Head Loss

VIEW

Step 7: Calculating The Water level in the Larger Tank

VIEW

Trending now

This is a popular solution!

Step by step

Solved in 7 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, mechanical-engineering and related others by exploring similar questions and additional content below.

Similar questions

5. The water in the right figure is flowing steadily. What is the flow rate? 10 ft 10 ft Y Very large Water 3-in steel pipe
For the system shown below, calculate the vertical distance (in meters) between the surfaces of the two reservoirs when water at 10°C flows from A to B at the rate of 0.03 m3/s. The elbows are standard. The inlet is inward projecting, and the exit is square edged. The total length of the 4-in pipe is 94 m. For the 6-in pipe it is 274 m.
10. Three pipes of lengths 800 m, 600 m and 300 m and of diameters 400 mm, 300 mm and 200 mm respec- tively are connected in series. The ends of the compound pipe is connected to two tanks, whose water surface levels are maintained at a difference of 15 m. Determine the rate of flow of water through the pipes if f = .005. What will be diameter of a single pipe of length 1700 m and f = .005, which replaces the three pipes ?
4. Three storage tanks A, B and C are connected to a piping system as shown in Fig. The flow rate of water in the pipe which is connected to tank B is 0.06 m³/s. Determine the flow rate in the other two pipes and then calculate the level of the water in tank B relative to ground level. Friction factor, f = 0.01. ZA= 25 m A ₁=1000 m d₁= 0.3 m Q₁ = ? l₁= 600 m d,= 0.2 m Q = 0.06 m²/s 1₂= 1300 m d₁= 0.2 m Q₂ = ? B C Zc = 11 m Za
The piping system shown in the figure is to move ethylene glycol at a flow rate of 50 gpm. Follow the suggested design procedure and select a suitable pipe size and pump for the system. A B A: Globe valves (2 of them) B: Union fittings (4 with 2 not shown) C: Plate welded to tank to suppress air entrainment in pump inlet D: Elbows: there are five 90° elbows and two 45° elbows The pipe is all wrought iron, with threaded fittings, schedule 40. Pipe lengths total 35.36 m. Total inlet pipe length from tank to pump is 1.22 m. z1 = 1.22 m and z2 = 3.66 m.
Water flows in a pipe of 1-in. diameter at a temperature of 70°F. The pressure values at points 1 and 2 are found to be 20 psi and 25 psi, respectively. The elevation of point 1 is 12 feet, and the elevation of point 2 is 0 feet. There is 15 feet of pipe between the two points. a. Determine the direction of flow. b. What is the minimum discharge above which the flow will not be laminar?
3. Water is pumped through three pipes in series. Compute the discharge if the power delivered to the pump is W₂ = 1920 kW and the pump efficiency is n = 82%. The pipe resistance coefficients are R₁ = 13.2 s²/m³, R₂ = 204.1 s²/m³, R₂ = 25.8 s²/m³, and the head difference between the downstream and upstream reservoirs is 50 m. Ans: Q = 0.792 m³/s
6.5 BELLOWS 6100mm The horizontal elbow is joined by bellows to the rest of the piping system and it transports water. Determine the X and Y components of the force needed to keep the elbov in posi- tion. The pressure at A and B is 200 kPa, the flow rate is 30 L/s and the pipe diameter is 100 mm. 6.6 Water flows at a rate of 0,055 m³/s through a piping system and then issues from the pipe of 50 mm diameter into the atmosphere. Ø150mm Ø50mm Ignore losses in the pipe and determine the force required at the flange to keep the nozzle in position. (Hint: first determine the pressure at A with Bernoulli's equation.)
3. Petrol is drained from a tank X to tank Y via pipeline A-B (see figure Q3). A pump is then used to pump the petrol from tank Y to tank Z via pipeline C-D. Pipe lengths, diameters and relative heights of the pump and tank levels are as shown in figure Q3. The density of the petrol is 760 kg/m³ and the Fanning friction factor (f) for all the pipes is 0.0075. • For pipe A-B the entrance loss at A is 0.5 • For pipe C-D the entrance loss at C is 0.5 u² • All valve losses are 0.2 each, 2g Neglect any entrance or exit head losses at the pump and all other pipeline component losses. X • The velocity in the pipe C-D cannot exceed 1.8 m/s The pump mechanical efficiency is 86% 10 m L = 50 m D = 100 mm B 00 30 m Y 5m 20 m and the exit loss at B is and the exit loss at D is D = 75 mm L = 10 m Figure Q3 D = 75 mm L = 50 m pump 2g N 10 m
Question 8 Two reservoirs are connected by a pipe whose total length is 360m.From the upper reservoir the pipe is 300mm in diameterfor a length of 150m and the remaining 210m is 450mm in diameter.The difference in water levels between the two reservoirs are 8m.Take f=0.006 for the smaller pipe and f=0.005 for the larger pipe.If all the changes in pipe sections are sharp and sudden, calculate the flow rate which can be delivered.
Fluid Mech 1. compute for the velocity at a nozzle 2. velocity at A 3. compute the height above the nozzle to which the water will shoot. assume the negligible head loss
A pipe transports 1962 N/s of water. The pipe tees into a 2"-diameter pipe and a 3"-diameter pipe. If the average velocity in the smaller-diameter pipe is 82 ft/s, calculate the flowrate (in ft^3/s) in the larger pipe. Show complete solution no shotcut