**3.6.70 WP** Water, considered an inviscid, incompressible fluid, flows steadily, as shown in Fig. P3.6.70. Determine \( h \).---**Figure P3.6.70 Explanation:**The figure illustrates a fluid flow system with water having a flow rate \( Q = 4 \, \text{ft}^3/\text{s} \). The system shows a horizontal pipe with two sections:1. **Left Section:** - The pipe has a diameter of 0.5 feet. - Positioned vertically with a height of 3 feet.2. **Right Section:** - The pipe has a diameter of 1 foot. - It includes an open air section at the top with water under it. The water level is indicated by height \( h \) to be determined.Both sections are connected, allowing steady flow from left to right under the influence of air in the system.

Answered: Image /qna-images/answer/cd1d2c67-b4df-4765-8faa-ac85390fa4f3.jpg

Answered: 3.6.70 WP Water, considered an…

3.6.70 WP Water, considered an inviscid, incompressible fluid, flows steadily, as shown in Fig. P3.6.70. Determine h. Q = 4 ft³/s 0.5-ft-diameter 3 ft h + FIGURE P3.6.70 -Air Water 1-ft-diameter

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: 3.21 Some animals have learned to take advantage of the Bernoulli effect without having read a fluid…

Q: ) the volumetric flow rate, Q, in each exit branch in units of L/s ) the velocity, V, in each exit…

Q: Problem 4.64 Find u such that the crate's speed at the bottom of the chute (immedi- ately before the…

A: Given: v = 15 ft/s u = 14 ft/s s = 14 ft

Q: torque T of 100 N-m is applied to a wheel D having a mass of 50 kg. a diame- ter of 600 mm, and a…

A: The torque applied is .The mass ofwheel is .The diameter of wheel is .The radius of gyration is .The…

Q: An incompressible fluid of density 800 kg/m3 flows steadily at 8 m3/sec through a horizontal piping…

A: ρ=800 kg/m3Q=8 m3/sd1=1md2=0.5mP1=1000 kPa absP2=atmospheric pressure =101.325kPa

Q: wat dimensional flow, estimate (a) the velocities at sections (1) and (2); (b) the mercury man-…

Q: Q3- A venturi meter, shown in Fig.P3.165, is a carefully designed constriction whose pressure…

Q: b. A tank is in the shape of a large, inverted (point-down) cone. Water is owing into the tank at a…

Q: The turbine in the figure uses the flow of the river channeled under the dam, as shown. The friction…

A: Given data: Write the expression of velocity in terms of discharge.

Q: A1 Vi 70 kPa Flange Fx V2 A2

A: Newton's second law states that the rate of change of linear momentum is equal to force. Momentum is…

Q: 3.33 Water flows from the faucet on the first floor of the building shown in Fig. P3.33 with a…

Q: The bernoulli's equation between 2 sections in a flow channel, for ideal fluid is O Total Energy…

Q: - The horizontal pump in Fig. P3.186 discharges 20°C water at 57 m/h. Neglecting losses, what power…

Q: An incompressible Newtonian fluid having a thickness of h, flows steadily in the x- direction along…

Q: Q2: A: For the tanks-system shown below, write the equations (only) of the flow in each tank. Assume…

A: Given: For tank 1: Incoming flow rate→Q1i=5 gal/min Outgoing flow rate→Q1o=2+3=5 gal/min…

Q: , it is deflected upward by a curved wing with a 60° angle. The diameter is 5.08 cm and the density…

Q: Fluid at 20°C (7 = 9.789 kN/m², vapor pressure = 2.420 kPa (abs) flows in a series pipeline system…

Q: 2 m 4 m 6 V₁ Rope A Bolts Figure Q5 (a) 0.01 m² Horizontal free jets Nozzle area= Figure Q5 (b) V₂…

A: (a) Write the given data. Q=0.16 m3/sD=30 cmd=10 cmh=50 cmmelbow=200 kgVint=0.03 m3 Draw the…

Q: P3.114 Water flows through a circular nozzle, exits into the air as a jet, and strikes a plate, as…

Q: The liquid in Fig. P3.126 is kerosene at 20 ° C. Estimate thefl ow rate from the tank for ( a ) no…

A: According to given condition the liquid is kerosene so density of liquid ant 1 atm and 20oC is ρ=840…

Q: The volume flow Q over a certain dam is a function of damwidth b , gravity g , and the upstream…

A: Given Data: Width of dam is b = 120 ft. The depth of water is H = 15 in. The flow rate is Q = 600…

Q: 3.69 Determine the flowrate through the pipe in Fig. P3.69. P = 900 kg/m³ Water 2.5 m T Figure P3.69…

Q: The large turbine in Fig. P3.184 diverts the river flow undera dam as shown. System friction losses…

A: Given data

Q: 3.51 Air is drawn into a wind tunnel used for testing automobiles as shown in Fig. P3.51. (a)…

Q: A pump delivers water (density equals 1000 kg/m^3) at a steady rate of 1219 L/min as shown in the…

A: The steady flow energy equation is the equation of the first law of the thermodynamics for an open…

Q: Q2: In Fig. 1 the upper plate moves upwards in 1.5 m/s and the lower plate moves upwards in1 m/s,…

Q: Oil (Density = 860kg/m³) flows through a pipe. Pressure, velocity and height at a section are 1 bar,…

A: Given: Density of the oil =860kg/m3 Pressure (P)=1bar Velocity (V)=1m/s height (Z)=1m

Q: Twelve high-speed water jets strike shown in Fig. P4.135. Find the power output and the blade angles…

A: Given -

Q: Please try to answer in text Water flows through 100 mm diameter pipe from A to B. The velocity is…

A: Hydraulic grade line is defined as piezometer head.

Q: Ex: A stream of water of diameter d= 0.1 m flows steadily from a tank of diameter D = 1.0 m as shown…

A: Data given- d = 0.10 D = 1.0 m h = z1 = 2 m z2 = 0

Q: P3.143 The large tank of incompressible liquid in Fig. P3.143 is at rest when, at t = 0, the valve…

Q: A cylindrical tank with a large diameter is filled with water to a depth D = 0.368 m. A hole of…

Q: 4.68 The wind blows across a field with an approximate velocity profile as shown in Fig. P4.68. Use…

A: Consider the diagram

Q: O For the system shown in Fig. P4.129, estimate the downstream pressure p2 if p1 V1 = 20 m/s.…

Q: Question 1: In a summer house, there is a discharging pipe system for water from inside the house to…

A: The diagram showing states 1 and 2 along with the forces can be drawn as follows,

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: Q4.10) Figure 4.10 shows a flow-obstruction flowmeter with circular cross sections. The fluid is…

A: Note: As per the policy, we can solve the first three subparts. Please resubmit the remaining part.…

Concept explainers

Properties of Fluids

The term fluid represents a type of substance that can easily change its shape under any external pressure/force and can flow. Fluids can acquire any shape in which it is stored and can resist normal stresses but cannot resist shear stress in rest condition. Whenever external shear stress is applied to fluids, it starts to flow. The fluids may be liquid or gas. Example- water, air, etc.

Question

**3.6.70 WP** Water, considered an inviscid, incompressible fluid, flows steadily, as shown in Fig. P3.6.70. Determine \( h \).

---

**Figure P3.6.70 Explanation:**

The figure illustrates a fluid flow system with water having a flow rate \( Q = 4 \, \text{ft}^3/\text{s} \). The system shows a horizontal pipe with two sections:

1. **Left Section:**
- The pipe has a diameter of 0.5 feet.
- Positioned vertically with a height of 3 feet.

2. **Right Section:**
- The pipe has a diameter of 1 foot.
- It includes an open air section at the top with water under it. The water level is indicated by height \( h \) to be determined.

Both sections are connected, allowing steady flow from left to right under the influence of air in the system.

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: Determining the given data

VIEW

Step 2: Finding velocity at point 1 & 2

VIEW

Step 3: Finding pressure difference between pt 1 & 2

VIEW

Step 4: Finding h

VIEW

Solution

VIEW

Trending now

This is a popular solution!

Step by step

Solved in 5 steps with 5 images

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

Air flows through a compressor under steady flow conditions. At suction V1=0.75m3/kg, v1=30m/s At discharge: V2=0.25m3/kg, v2=40m/s.. Determine the diameter ratio of the discharge pipe to that of the suction pipe. (Ans. 1:2)
A cylindrical tank with a large diameter is filled with water to a depth D = 0.402 m. A hole of cross-sectional area A = 5.26 cm2 in the bottom of the tank allows water to drain out. (a) What is the rate at which water flows out, in cubic meters per second? (b) At what distance below the bottom of the tank is the cross-sectional area of the stream equal to one-half the area of the hole?
Oil (Density = 860kg/m3) flows through a pipe. Pressure, velocity and height at a section are 1 bar, 1 m/s and 1m respectively. Determine pressure head, velocity head and potential head of the fluid at that section.
A fluid moves in a steady flow manner between two sections in a flow line. At section 1: A1= 10ft^2, U1=100 fpm, v1= 4 ft^3/lbm. At section 2: A2= 2ft^2, p2= 0.20 lbm/ft^3, U2=120 fpm. Calculate (a) the mass flow rate, and the (b) change of mass stored in system ∆m.
4.5 The water flows in a 4m wide canal at a velocity of 5 m/s. A wedge-shaped column bifurcates the stream, as shown in Fig. 4.29. Calculate the force per unit depth exerted by the water stream on the column, if the wedge angle (a) is 30°. V=5m/s V=5 m/s V=5 m/s Fig. 4.29 [Ans: 3407.4N]
If anyone can help with this problem I would appreciate it. Thank you! Answers listed in the book are: a) 5, (b) 4.4 m/s, (c) −ρV 22 H2w((1 + cos θ)i + sin θj), (d) magnitude ×1/4
3.106 Determine the flowrate through the Venturi meter shown in Fig. P3.106 if ideal conditions exist. P1 = 735 kPa P2 = 550 kPa 31 mm 19 mm y = 9.1 kN/m3.
A steady stream of water travels through an enclosed tank, as seen in the illustration. At section 1, D1 is equal to six centimeters, and the volume flow equals one hundred m3/h At section 2, the average velocity is 8 meters per second, and D2 equals 5 centimeters. If D3 is equal to 4 centimeters, then (a) what is Q3 in m3/h and (b) what is the average V3 in m/s?
A 5-gal, cylindrical open container with a bottom area of 120 in^2 is filled with water and rests on the floor of an elevator. If cylindrical container is accelerated upward at 3 ft/s^2, what resultant force does the container exert on the floor of the elevator during this acceleration? The weight of the container is negligible. (Note: 1 gal = 231 in^3)
Fluid Mechanics: Open Channel Flow
Water flows from a large tank as shown below. Atmospheric pressure is 100 kPa and the vapor pressure is 11.0 kPa. To avoid cavitation, should the value of D2 be increased or decreased? Please explain. Please use mathematical justification whenever necessary.