Applied Fluid Mechanics (7th Edition)7th EditionRobert L. Mott, Joseph A. Untener Publisher: PEARSONISBN: 9780132558921
Applied Fluid Mechanics (7th Edition)
Solutions for Applied Fluid Mechanics (7th Edition)
Problem 1.1PP:
1.1 Convert 1250 millimeters to meters.Problem 1.2PP:
Convert 1600 square millimeters to square metersProblem 1.3PP:
Convert 3.65x103 cubic millimeters to cubic metersProblem 1.4PP:
Convert 2.05 square meters to square millimetersProblem 1.5PP:
Convert 0.391 cubic meters to cubic millimetersProblem 1.6PP:
Convert 55.0 gallons to cubic metersProblem 1.7PP:
An automobile is moving at 80 kilometers per hour, Calculate its speed in meters per second,Problem 1.8PP:
Convert a length of 25.3 feet to metersProblem 1.9PP:
Convert a distance of 1.36 miles to meters.Problem 1.10PP:
Convert a length of 3.65 inches to millimeters.Problem 1.11PP:
Convert a distance of 2580 feet to meters.Problem 1.12PP:
Convert a volume of 480 cubic feet to cubic meters.Problem 1.13PP:
Convert a volume of 7390 cubic centimeters to cubic meters.Problem 1.14PP:
Convert a volume of 6.35 liters to cubic nneters.Problem 1.15PP:
Convert 6.0 feet per second to meters per secondProblem 1.16PP:
Convert 2500 cubic feet per minute to cubic meters per second.Problem 1.18PP:
In an attempt at a land speed record, a car travels 1.50 km in 5.2 s. Calculate its average speed in...Problem 1.20PP:
In an attempt at a land speed record, a car travels 1 mi in 5.7 s. Calculate its average speed in...Problem 1.21PP:
A body starting from rest with constant acceleration moves according to the relationship s=at2,...Problem 1.22PP:
A body starting from rest with constant acceleration moves according to the relationship s=at2,...Problem 1.23PP:
A body starting from rest with constant acceleration moves according to the relationship s= 12 at2,...Problem 1.24PP:
A body starting from rest with constant acceleration moves according to the relationship s=at2,...Problem 1.25PP:
The formula for kinetic energy is KE=mv2, where m = mass and v = velocity. 1.25 Calculate the...Problem 1.26PP:
The formula for kinetic energy is KE=12mv2, where m = mass and v = velocity. 1.26 Calculate the...Problem 1.27PP:
The formula for kinetic energy is KE=12mv2, where m = mass and v = velocity. 1.27 Calculate the...Problem 1.28PP:
The formula for kinetic energy is KE=12mv2, where m = mass and v = velocity. 1.28 Calculate the mass...Problem 1.29PP:
The formula for kinetic energy is KE=12mv2, where m = mass and v = velocity. 1.29 Calculate the mass...Problem 1.30PP:
The formula for kinetic energy is KE=12mv2 where m = mass and v = velocity. 1.30 Calculate the...Problem 1.31PP:
The formula for kinetic energy is KE=12mv2, where m = mass and v = velocity. 1.31 Calculate the...Problem 1.32PP:
The formula for kinetic energy is KE=12mv2, where m = mass and v = velocity. 1.32 Calculate the...Problem 1.33PP:
The formula for kinetic energy is KE=12mv2, where m = mass and v = velocity. 1.33 Calculate the...Problem 1.34PP:
The formula for kinetic energy is KE=12mv2, where m = mass and v = velocity. 1.34 Calculate the...Problem 1.35PP:
The formula for kinetic energy is KE=12mv2, where m = mass and v = velocity. 1.35 Calculate the mass...Problem 1.36PP:
The formula for kinetic energy is where m = mass and v = velocity. 1.36 Calculate the weight of a...Problem 1.37PP:
The formula for kinetic energy is KE=12mv2, where m = mass and v = velocity. 1.37 Calculate the...Problem 1.38PP:
The formula for kinetic energy is KE=12mv2, where m = mass and v = velocity 1.38 Calculate the...Problem 1.39PP:
One measure of a baseball pitcher's performance is earned run average or ERA. It is the average...Problem 1.40PP:
One measure of a baseball pitcher's performance is earned run average or ERA. It is the average...Problem 1.41PP:
One measure of a baseball pitcher's performance is earned run average or ERA. It is the average...Problem 1.42PP:
One measure of a baseball pitcher's performance is earned run average or ERA. It is the average...Problem 1.43PP:
One measure of a baseball pitcher's performance is earned run average or ERA. It is the average...Problem 1.44PP:
One measure of a baseball pitcher's performance is earned run average or ERA. It is the average...Problem 1.45PP:
One measure of a baseball pitcher's performance is earned run average or ERA. It is the average...Problem 1.46PP:
One measure of a baseball pitcher's performance is earned run average or ERA. It is the average...Problem 1.47PP:
One measure of a baseball pitcher's performance is earned run average or ERA. It is the average...Problem 1.48PP:
One measure of a baseball pitcher's performance is earned run average or ERA. It is the average...Problem 1.49PP:
One measure of a baseball pitcher's performance is earned run average or ERA. It is the average...Problem 1.50PP:
One measure of a baseball pitcher's performance is earned run average or ERA. It is the average...Problem 1.51PP:
One measure of a baseball pitcher's performance is earned run average or ERA. It is the average...Problem 1.52PP:
One measure of a baseball pitcher's performance is earned run average or ERA. It is the average...Problem 1.53PP:
One measure of a baseball pitcher's performance is earned run average or ERA. It is the average...Problem 1.54PP:
One measure of a baseball pitcher's performance is earned run average or ERA. It is the average...Problem 1.55PP:
One measure of a baseball pitcher's performance is earned run average or ERA. It is the average...Problem 1.56PP:
One measure of a baseball pitcher's performance is earned run average or ERA. It is the average...Problem 1.57PP:
Compute the pressure change required to cause a decrease in the volume of ethyl alcohol by 1.00...Problem 1.58PP:
Compute the pressure change required to cause a decrease in the volume of mercury by 1.00 percent....Problem 1.59PP:
Compute the pressure change required to cause a decrease in the volume of machine oil by 1.00...Problem 1.60PP:
For the conditions described in Problem 1.59 assume that the 1.00 -percent volume change occurred in...Problem 1.61PP:
A certain hydraulic system operates at 3000 psi. Compute the percentage change in the volume of the...Problem 1.62PP:
A certain hydraulic system operates at 20.0 MPa. Compute the percentage change in the volume of the...Problem 1.63PP:
A measure of the stiffness of a linear actuator system is the amount of force required to cause a...Problem 1.64PP:
1.64 Repeat Problem 1.63 but change the length of the cylinder to 10 .0 in. Compare the results.Problem 1.65PP:
Repeat Problem 1.6319 but change the cylinder diameter to 2.00 in. Compare the resultsProblem 1.66PP:
Using the results of Problems 1.63-1.65, generate a statement about the general design approach to...Problem 1.67PP:
Calculate the mass of a can of oil if it weighs 610N.Problem 1.68PP:
Calculate the mass of a tank of gasoline if it weighs 1.35 kNProblem 1.71PP:
Calculate the mass of 1 gal of oil if it weighs 7.3 lb.Problem 1.72PP:
Calculate the mass of 1ft3 of gasoline if it weighs 42.0 lb.Problem 1.75PP:
Assume that a man weighs 160 lb (force) Compute his mass in slugs. Compute his weight in N. Compute...Problem 1.76PP:
In the United States, hamburger and other meats are sold by the pound. Assuming that this is 1.00...Problem 1.78PP:
Convert the force found in Problem 1.77 to lb.Problem 1.79PP:
Determine your weight in lb and N and your mass in slugs and kg.Problem 1.80PP:
The specific gravity of benzene is 0.876. Calculate its specific weight and its density in SI units.Problem 1.81PP:
Air at 16 C and standard atmospheric pressure has a specific weight of 12.02N/m3 Calculate its...Problem 1.83PP:
A certain medium lubricating oil has a specific weight of at 8.860kN/m3 at 5 C and 8.483kN/m3 at 50...Problem 1.84PP:
At 100 C mercury has a specific weight of 130.4kN/m3. What volume of the mercury would weigh 2.25...Problem 1.85PP:
A cylindrical can 150 mm in diameter is filled to a depth of 100 mm with a fuel oil. The oil has a...Problem 1.86PP:
Glycerin has a specific gravity of 1.258. How much would 0.50m3 of glycerin weigh? What would be its...Problem 1.87PP:
The fuel tank of an automobile holds 0.095m3. If it is full of gasoline having a specific gravity of...Problem 1.88PP:
The density of muriatic acid is 1200 kg / m3 Calculate its specific weight and its specific gravity.Problem 1.89PP:
Liquid ammonia has a specific gravity of 0.826. Calculate the volume of ammonia that would weigh...Problem 1.90PP:
Vinegar has a density of 1080 kg / m3 Calculate its specific weight and its specific gravity.Problem 1.91PP:
Methyl alcohol has a specific gravity of 0.789. Calculate its density and its specific weight.Problem 1.92PP:
A cylindrical container is 150 mm in diameter and weighs 2.25 N when empty. When filled to a depth...Problem 1.93PP:
A storage vessel for gasoline ( sg=0.68 ) is a vertical cylinder 10 m in diameter. If it is filled...Problem 1.94PP:
What volume of mercury (sg = 13.54) would weigh the same as 0.020 m3 of castor oil, which has a...Problem 1.95PP:
A rock has a specific gravity of 2.32 and a volume of 1.421CHm3. How much does it weigh?Problem 1.96PP:
The specific gravity of benzene is 0.876. Calculate its specific weight and its density in U.S...Problem 1.97PP:
Air at 59 F and standard atmospheric pressure has a specific weight of 0.0765lb/ft3 Calculate its...Problem 1.98PP:
Carbon dioxide has a density of 0.003 81 slug/ft3 at 32F. Calculate its specific weight.Problem 1.99PP:
A certain medium lubricating oil has a specific weight of56.4lb/ft3at56.4lb/ft3at40Fand54.0lb/ft3 at...Problem 1.100PP:
At 212F mercury has a specific weight of 834 lb/ft3. What volume of the mercury would weigh 500 lb?Problem 1.101PP:
One gallon of a certain fuel oil weighs 7.50 lb. Calculate its specific weight, its density, and its...Problem 1.103PP:
The fuel tank of an automobile holds 25.0 gal. If it is full of gasoline having a density of 1.32...Problem 1.104PP:
The density of muriatic acid is 1.20 g/cm3. Calculate its density in slugs/ft3, its specific weight...Problem 1.105PP:
Liquid ammonia has a specific gravity of 0.826. Calculate the volume in cm3 that would weigh 5.0 lb.Problem 1.107PP:
Alcohol has a specific gravity of 0.79. Calculate its density both in slugs/ft- and g/cmProblem 1.108PP:
A cylindrical container has a 6.0-in diameter and weighs 0.50 lb when empty. When filled to a depth...Problem 1.109PP:
A storage vessel for gasoline (sg = 0.68) is a vertical cylinder 30 ft in diameter. If it is filled...Problem 1.110PP:
How many gallons of mercury (sg = 13.54) would weigh the same as 5 gal of castor oil, which has a...Problem 1.111PP:
A rock has a specific gravity of 2.32 and a volume of 8.64 in3. How much does it weigh?Problem 1.112PP:
A village of 75 people desires a tank to store a 3-day supply of water. If the average daily usage...Problem 1.113PP:
A cylindrical tank has a diameter of 38 in with its axis vertical. Determine the depth of fluid in...Problem 1.114PP:
What is the required rate, in N/min, to empty a tank containing 80 N of fluid in 5 s?Problem 1.115PP:
An empty tank measuring 1.5 m by 2.5 m on the bottom is filled at a rate of 60 L/min Determine the...Problem 1.116PP:
A tank that is 2 ft in diameter and 18 in tall is to be filled with a fluid in 90 s. Determine the...Problem 1.117PP:
A standard pump design can be upgraded to higher efficiency for an additional capital investment of...Problem 1.118PP:
What is the annual cost to run a 2 HP system if it is to run continuously and the cost for energy is...Problem 1.119PP:
Determine the displacement, in liters, for one revolution of a pump with a 75-mm diameter piston and...Problem 1.120PP:
Determine the flow rate, in m3/hr, for another pump that has a displacement of 2.2 L/revolution is...Browse All Chapters of This Textbook
Chapter 1 - The Nature Of Fluids And The Study Of Fluid MechanicsChapter 2 - Viscosity Of FluidsChapter 3 - Pressure MeasurementChapter 4 - Forces Due To Static FluidsChapter 5 - Buoyancy And StabilityChapter 6 - Flow Of Fluids And Bernoulli’s EquationChapter 7 - General Energy EquationChapter 8 - Reynolds Number, Laminar Flow, Turbulent Flow, And Energy Losses Due To FrictionChapter 9 - Velocity Profiles For Circular Sections And Flow In Noncircular SectionsChapter 10 - Minor Losses
Chapter 11 - Series Pipeline SystemsChapter 12 - Parallel And Branching Pipeline SystemsChapter 13 - Pump Selection And ApplicationChapter 14 - Open-channel FlowChapter 15 - Flow MeasurementChapter 16 - Forces Due To Fluids In MotionChapter 17 - Drag And LiftChapter 18 - Fans, Blowers, Compressors, And The Flow Of GasesChapter 19 - Flow Of Air In Ducts
Book Details
The leading applications-oriented approach to engineering fluid mechanics: now in full-color, with integrated software, new problems, and extensive new coverage.
Now in full-color with an engaging new design, Applied Fluid Mechanics, Seventh Edition is the fully-updated edition of the most popular applications-oriented approach to engineering fluid mechanics. It offers a clear and practical presentation of all basic principles of fluid mechanics (both statics and dynamics), tying theory directly to real devices and systems used in mechanical, chemical, civil, and environmental engineering. The 7th edition offers new real-world example problems, and integrates the use of world-renowned PIPE-FLO software for piping system analysis and design. It presents new procedures for problem-solving and design; more realistic and higher quality illustrations; and more coverage of many topics, including hose, plastic pipe, tubing, pumps, viscosity measurement devices, and computational fluid mechanics. Full-color images and color highlighting make charts, graphs, and tables more understandable, organize narrative material into more manageable "chunks," and make all of this text's content easier to study.
Teaching and Learning Experience
This applications-oriented introduction to fluid mechanics has been redesigned and improved to be more engaging, interactive, and pedagogically effective:
- Completely redesigned in full color, with additional pedagogical features, all designed to engage today's students: This edition contains many new full-color images, upgraded to improve realism, consistency, graphic quality, and relevance.
Sample Solutions for this Textbook
We offer sample solutions for Applied Fluid Mechanics (7th Edition) homework problems. See examples below:
More Editions of This Book
Corresponding editions of this textbook are also available below:
Pearson eText Applied Fluid Mechanics -- Instant Access (Pearson+)
8th Edition
ISBN: 9780137467730
EBK APPLIED FLUID MECHANICS
8th Edition
ISBN: 9780135577172
Applied Fluid Mechanics
7th Edition
ISBN: 9780133414622
EBK APPLIED FLUID MECHANICS
7th Edition
ISBN: 9780100668348
Applied Fluid Mechanics (7th Edition)
7th Edition
ISBN: 9780133494839
Applied Fluid Mechanics: Global Edition
7th Edition
ISBN: 9781292019611
EBK APPLIED FLUID MECHANICS
7th Edition
ISBN: 8220100668340
Student Solutions Manual To Accompany: Applied Fluid Mechanics 6th Ed
6th Edition
ISBN: 9780131723535
Applied Fluid Mechanics (6th Edition)
6th Edition
ISBN: 9780131146808
Applied Fluid Mechanics
8th Edition
ISBN: 9780135577158
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