Fox And Mcdonald's Introduction To Flui...9th EditionPritchard, Philip J.; Leylegian, John C.; Bhaskaran, Rajesh Publisher: WILEYISBN: 9781118921876
Fox And Mcdonald's Introduction To Flui...
Solutions for Fox And Mcdonald's Introduction To Fluid Mechanics
Problem 1P:
An ice-cube tray containing 250 mL of freshwater at 15C is placed in a freezer at 5C. Determine the...Problem 2P:
A hot air balloon with an initial volume of 2600 m3 rises from sea level to 1000 m elevation. The...Problem 3P:
A fully loaded Boeing 777-200 jet transport aircraft has a mass of 325,000 kg. The pilot brings the...Problem 4P:
On the Milford Trek in New Zealand, there is a pass with a cliff known as the 12 second drop for the...Problem 5P:
A high school experiment consists of a block of mass 2 kg sliding across a surface (coefficient of...Problem 6P:
For a small particle of styrofoam (density = 19.2 kg/m3) that is spherical with a diameter d = 1.0...Problem 7P:
Air at 20C and an absolute pressure of 101.3 kpa is compressed adiabatically in a piston-cylinder...Problem 8P:
A block of copper of mass 5 kg is heated to 90C and then plunged into an insulated container...Problem 9P:
The average rate of heat loss from a person to the surroundings when not actively working is about...Problem 10P:
The velocity field in the region shown is given by V=(aj+byk) where a = 10 m/s and b = 5 s1. For the...Problem 11P:
The area shown shaded is in a flow where the velocity field is given by V=axi+buj+ck;a=b=2s1 and c =...Problem 12P:
Obtain an expression for the kinetic energy flux, (V2/2)VdA, through cross section of the control...Problem 13P:
A 0.3 m by 0.5 m rectangular air duct carries a flow of 0.45 m3/s at a density of 2 kg/m3. Calculate...Problem 14P:
Across a shock wave in a gas flow there is a great change in gas density . If a shock wave occurs in...Problem 15P:
Water flows in a pipeline composed of 75-mm and 150-mm pipe. Calculate the mean velocity in the...Problem 16P:
The velocity distribution for laminar flow in a long circular tube of radius R is given by the...Problem 17P:
A farmer is spraying a liquid through 10 nozzles, 3-mm-ID, at an average exit velocity of 3 m/s....Problem 18P:
A university laboratory that generates 15 m3/s of air flow at design condition wishes to build a...Problem 19P:
Hydrogen is being pumped through a pipe system whose temperature is held at 273 K. At a section...Problem 20P:
Calculate the mean velocities for these two-dimensional velocity profiles If c = 3 m/s.Problem 21P:
If the velocity profile in a passage of width 2R is given by the equation /c = (y/R)1/n, derive an...Problem 22P:
Fluid with 1040 kg/m3 density is flowing steadily through the rectangular box shown. Given A1 =...Problem 23P:
A rice farmer needs to fill a 150 m 400 m field with water to a depth of 7.5 cm in 1 hr. How many...Problem 24P:
In your kitchen, the sink is 60 cm by 45.7 cm. by 30.5 cm. deep. You are filling it with water at...Problem 25P:
Fluid passes through this set of thin closely spaced blades. What flow rate q is required for the...Problem 26P:
A pipeline 0.3 m in diameter divides at a Y into two branches 200 mm and 150 mm in diameter. If the...Problem 27P:
A manifold pipe of 3 in. diameter has four openings in its walls spaced equally along the pipe and...Problem 28P:
You are trying to pump storm water out of your basement during a storm. The pump can extract 27.5...Problem 29P:
In the incompressible flow through the device shown, velocities may be considered uniform over the...Problem 30P:
Water enters a wide, flat channel of height 2h with a uniform velocity of 2.5 m/s. At the channel...Problem 31P:
Find the average efflux velocity V if the flow exits from a hole of area 1 m2 in the side of the...Problem 32P:
Find V for this mushroom cap on a pipeline. P4.32Problem 33P:
Incompressible fluid flows steadily through a plane diverging channel. At the inlet, of height H,...Problem 34P:
A two-dimensional reducing bend has a linear velocity profile at section . The flow is uniform at...Problem 35P:
Water enters a two-dimensional, square channel of constant width, h = 75.5 mm, with uniform...Problem 36P:
Viscous liquid from a circular tank. D = 300 mm in diameter, drains through a long circular tube of...Problem 37P:
A rectangular tank used to supply water for a Reynolds flow experiment is 230 mm deep. Its width and...Problem 38P:
A cylindrical tank, 0.3 m in diameter, drains through a hole in its bottom. At the instant when the...Problem 39P:
Air enters a tank through an area of 0.018 m2 with a velocity of 4.6 m/s and a density of 15.5...Problem 40P:
A cylindrical tank, of diameter D = 50 mm, drains through an opening, d = 5 mm., in the bottom of...Problem 41P:
A conical flask contains water to height H = 36.8 mm, where the flask diameter is D = 29.4 mm. Water...Problem 42P:
Water flows steadily past a porous flat plate. Constant suction is applied along the porous section....Problem 43P:
A tank of fixed volume contains brine with initial density, i, greater than water. Pure water enters...Problem 44P:
A conical funnel of half-angle = 30 drains through a small hole of diameter d = 6.25 mm. at the...Problem 45P:
Evaluate the net rate of flux of momentum out through the control surface of Problem 4.22. 4.22...Problem 46P:
Water flows steadily through a pipe of length L and radius R = 75 mm. The velocity distribution...Problem 47P:
Evaluate the net momentum flux through the bend of Problem 4.34, if the depth normal to the diagram...Problem 48P:
Evaluate the net momentum flux through the channel of Problem 4.35. Would you expect the outlet...Problem 49P:
A conical enlargement in a vertical pipeline is 5 ft long and enlarges the pipe diameter from 12 in....Problem 50P:
A 100-mm nozzle is bolted (with 6 bolts) to the flange of a 300-mm-diameter horizontal pipeline and...Problem 51P:
The projectile partially fills the end of the 0.3 m pipe. Calculate the force required to hold the...Problem 52P:
Considering that in the fully developed region of a pipe, the integral of the axial momentum is the...Problem 53P:
A jet of water issuing from a stationary nozzle at 10 m/s(Aj = 0.1 m2) strikes a turning vane...Problem 54P:
A circular cylinder inserted across a stream of flowing water deflects the stream through angle , as...Problem 55P:
A 6-in.-diameter horizontal pipeline bends through 90 and while bending changes its diameter to 3...Problem 56P:
The axes of the pipes are in a vertical plane. The flow rate is 2:83 m3/s of water. Calculate the...Problem 57P:
Water flows through a tee in a horizontal pipe system. The velocity in the stem of the tee is 15...Problem 58P:
In a laboratory experiment, the water flow rate is to be measured catching the water as it...Problem 59P:
A gate is 1 m wide and 1.2 m tall and hinged at the bottom. On one side the gate holds back a...Problem 60P:
Water flows steadily through a fire hose and nozzle. The hose is 75-mm-ID, and the nozzle tip is...Problem 61P:
Two types of gasoline are blended by passing them through a horrzontal wye as shown. Calculate the...Problem 62P:
A circular cylinder inserted across a stream of flowing water deflects the stream through angle , as...Problem 63P:
The pressure difference results from head loss caused by eddies downstream from the orifice plate....Problem 64P:
Obtain expressions for the rate of change in mass of the control volume shown, as well as the...Problem 65P:
Water is flowing steadily through the 180 elbow shown. At the inlet to the elbow the gage pressure...Problem 66P:
Water flows steadily through the nozzle shown, discharging to atmosphere. Calculate the horizontal...Problem 67P:
The pump, suction pipe, discharge pipe, and nozzle are all welded together as a single unit....Problem 68P:
The passage is 1.2 m wide normal to the paper. What will be the horizontal component of force...Problem 69P:
If the two-dimensional flow rate through this sluice gate is 50 cfs/ft, calculate the horizontal and...Problem 70P:
Assume the bend of Problem 4.35 is a segment of a larger channel and lies in a horizontal plane. The...Problem 71P:
A flat plate orifice of 50 mm diameter is located at the end of a 100-mm-diameter pipe. Water flows...Problem 72P:
At rated thrust, a liquid-fueled rocket motor consumes 80 kg/s of nitric acid as oxidizer and 32...Problem 73P:
Flow from the end of a two-dimensional open channel is deflected vertically downward by the gate AB....Problem 74P:
Calculate the magnitude and direction of the vertical and horizontal components and the total force...Problem 75P:
This water jet of 50 mm diameter moving at 30 m/s is divided in half by a splitter on the stationary...Problem 76P:
If the splitter is removed from the plate of Problem 4.75 problem and sidewalls are provided on the...Problem 77P:
Consider flow through the sudden expansion shown. If the flow is incompressible and friction is...Problem 78P:
A conical spray head is shown. The fluid is water and the exit stream is uniform. Evaluate (a) the...Problem 79P:
A curved nozzle assembly that discharges to the atmosphere is shown. The nozzle mass is 4.5 kg and...Problem 80P:
The pump maintains a pressure of 10 psi at the gauge. The velocity leaving the nozzle is 34 ft/s....Problem 81P:
A motorboat moves up a river at a speed of 9 m/s relative to the land. The river flows at a velocity...Problem 82P:
A 30 reducing elbow is shown. The fluid is water. Evaluate the components of force that must be...Problem 83P:
A monotube boiler consists of a 6 m length of tubing with 9.5-mm-ID. Water enters at the rate of...Problem 84P:
Water is discharged at a flow rate of 0.3m3/s from a narrow slot in a 200-mm-diameter pipe. The...Problem 85P:
A nozzle for a spray system is designed to produce a flat radial sheet of water. The sheet leaves...Problem 86P:
The horizontal velocity in the wake behind an object in an air stream of velocity U is given by...Problem 87P:
An incompressible fluid flows steadily in the entrance region of a circular tube of radius R = 75...Problem 88P:
Consider the incompressible flow of fluid in a boundary layer as depicted in Example 4.2. Show that...Problem 89P:
Air at standard conditions flows along a flat plate. The undisturbed freestream speed is U0 = 20...Problem 90P:
Gases leaving the propulsion nozzle of a rocket are modeled as flowing radially outward from a point...Problem 91P:
Two large tanks containing water have small smoothly contoured orifices of equal area. A jet of...Problem 92P:
Students are playing around with a water hose. When they point it straight up, the water jet just...Problem 93P:
A 2-kg disk is constrained horizontally but is free to move vertically. The disk is struck from...Problem 94P:
A stream of water from a 50-mm-diameter nozzle strikes a curved vane, as shown. A stagnation tube...Problem 95P:
A plane nozzle discharges vertically 1200 L/s per unit width downward to atmosphere. The nozzle is...Problem 96P:
In ancient Egypt, circular vessels filled with water sometimes were used as crude clocks. The...Problem 97P:
Incompressible fluid of negligible viscosity is pumped at total volume flow rate Q through a porous...Problem 98P:
The narrow gap between two closely spaced circular plates initially is filled with incompressible...Problem 99P:
Design a clepsydra (Egyptian water clock), which is a vessel from which water drains by gravity...Problem 100P:
Water from a stationary nozzle impinges on a moving vane with turning angle = 120. The vane moves...Problem 101P:
A freshwater jet boat takes in water through side vents and ejects it through a nozzle of diameter D...Problem 102P:
The Canadair CL-215T amphibious aircraft is specially designed to fight fires. It is the only...Problem 103P:
Water, in a 100-mm-diameter jet with speed of 30 m/s to the right, is deflected by a cone that moves...Problem 104P:
Consider a series of turning vanes struck by a continuous jet of water that leaves a 50-mm-diameter...Problem 105P:
A steady jet of water is used to propel a small cart along a horizontal track as shown. Total...Problem 106P:
The cart of Problem 4.105 is accelerated by a jet of water that strikes the curved vane. The cart...Problem 107P:
A vane/slider assembly moves under the influence of a liquid jet as shown. The coefficient of...Problem 108P:
A cart is propelled by a liquid jet issuing horizontally from a tank as shown. The track is...Problem 109P:
For the vane/slider problem of Problem 4.107, find and plot expressions for the acceleration and...Problem 110P:
If the cart of Problem 4.105 is released at t = 0, when would you expect the acceleration to be...Problem 111P:
The wheeled cart shown rolls with negligible resistance. The cart is to accelerate to the right at a...Problem 112P:
A rocket sled is to be slowed from an initial speed of 300 m/s by lowering a scoop into a water...Problem 113P:
Starting from rest, the cart shown is propelled by a hydraulic catapult (liquid jet). The jet...Problem 114P:
Solve Problem 4.107 if the vane and slider ride on a film of oil instead of sliding in contact with...Problem 115P:
For the vane/slider problem of Problem 4.114, plot the acceleration, speed, and position of the...Problem 116P:
A rectangular block of mass M, with vertical faces, rolls without resistance along a smooth...Problem 118P:
A vertical jet of water impinges on a horizontal disk as shown. The disk assembly mass is 30 kg....Problem 119P:
A rocket sled traveling on a horizontal track is slowed by a retro-rocket fired in the direction of...Problem 120P:
A rocket sled accelerates from rest on a level track with negligible air and rolling resistances....Problem 121P:
A rocket sled with initial mass of 900 kg is to be accelerated on a level track. The rocket motor...Problem 122P:
A rocket sled with initial mass of 3 metric tons, including 1 ton of fuel, rests on a level section...Problem 123P:
A home-made solid propellant rocket has an initial mass of 9 kg; 6.8 kg of this is fuel. The rocket...Problem 124P:
Neglecting air resistance, what speed would a vertically directed rocket attain in 5 s if it starts...Problem 126P:
The moving tank shown is to be slowed by lowering a scoop to pick up water from a trough. The...Problem 128P:
The 90 reducing elbow of Example 4.6 discharges to atmosphere. Section is located 0.3 m to the...Problem 129P:
Crude oil (SG = 0:95) from a tanker dock flows through a pipe of 0.25 m diameter in the...Problem 130P:
The simplified lawn sprinkler shown rotates in the horizontal plane. At the center pivot, Q = 15...Problem 131P:
Calculate the torque about the pipes centerline in the plane of the bolted flange that is caused by...Problem 132P:
A fire truck is equipped with a 66 ft long extension ladder which is attached at a pivot and raised...Problem 133P:
Calculate the torque exerted on the flange joint by the fluid flow as a function of the pump flow...Problem 134P:
Consider the sprinkler of Problem 4.130 again. Derive a differential equation for the angular speed...Problem 137P:
A small lawn sprinkler is shown. The sprinkler operates at a gage pressure of 140 kPa. The total...Problem 138P:
When a garden hose is used to fill a bucket, water in the bucket may develop a swirling motion. Why...Problem 139P:
A pipe branches symmetrically into two legs of length L, and the whole system rotates with angular...Problem 141P:
Compressed air is stored in a pressure bottle with a volume of 100 L, at 500 kPa absolute and 20C....Problem 142P:
A turbine is supplied with 0.6 m3/s of water from a 0.3 m diameter pipe; the discharge pipe has a...Problem 143P:
Air is drawn from the atmosphere into a turbomachine. At the exit, conditions are 500 kPa gage and...Problem 144P:
At high speeds the compressor and turbine of the jet engine may be eliminated entirely. The result...Problem 145P:
Transverse thrusters are used to make large ships fully maneuverable at low speeds without tugboat...Problem 146P:
All major harbors are equipped with fire boats for extinguishing ship fires. A 75-mm-diameter hose...Browse All Chapters of This Textbook
Chapter 1 - IntroductionChapter 2 - Fundamental ConceptsChapter 3 - Fluid StaticsChapter 4 - Basic Equations In Integral Form For A Control VolumeChapter 5 - Introduction To Differential Analysis Of Fluid MotionChapter 6 - Incompressible Inviscid FlowChapter 7 - Dimensional Analysis And SimilitudeChapter 8 - Internal Incompressible Viscous FlowChapter 9 - External Incompressible Viscous FlowChapter 10 - Fluid Machinery
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Me 380 - Fluyd Dynamics For Mechanical Engineers
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Fox and McDonald's Introduction to Fluid Mechanics
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Fox And Mcdonald's Introduction To Fluid Mechanics 9e Binder Ready Version + Wileyplus Registration Card
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Fox And Mcdonald's Introduction To Fluid Mechanics
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Fluid Mechanics, Desktop Edition
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Fox and McDonald's Introduction to Fluid Mechanics
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Introduction to Fluid Mechanics
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