Thinking Like an Engineer: An Active Le...3rd EditionElizabeth A. Stephan, David R. Bowman, William J. Park, Benjamin L. Sill, Matthew W. Ohland Publisher: PEARSONISBN: 9780133593211
Thinking Like an Engineer: An Active Le...
Solutions for Thinking Like an Engineer: An Active Learning Approach (3rd Edition)
Problem 1ICA:
Express the following values using scientific notation, engineering notation, and using an...Problem 2ICA:
Complete the following table.Problem 3ICA:
Complete the following table.Problem 4ICA:
Complete the following table.Problem 5ICA:
Complete the following table.Problem 6ICA:
Complete the following table. gallons per minute cubic feet per hour liters per second fluid ounces...Problem 7ICA:
A category F5 tornado can have wind speeds of 300 miles per hour [mph]. What is this velocity in...Problem 8ICA:
A new hybrid automobile with regenerative braking has a fuel economy of 55 miles per gallon [mi/gal...Problem 9ICA:
The AbioCorTM artificial heart pumps at a rate of 10 liters per minute (L/min]. Express this rate in...Problem 10ICA:
If a pump moves water at 70 gallons per minute [gal/min or gpm], what is the volumetric flow rate in...Problem 11ICA:
In China, one "bu" is 1.66 meters [m]. The average height of a human is 5 feet [ft], 7 inches [in]....Problem 13ICA:
In China, one "fen" is defined as 3.3 millimeters [mm]. Ten nanometers [nm] is the thickness of a...Problem 14ICA:
A blink of a human eye takes approximately 300-400 milliseconds [ms]. Convert 350 milliseconds [ms]...Problem 15ICA:
If the Sl prefix system was expanded to other units, there would be such definitions as a...Problem 16ICA:
A "jiffy" is defined as 1/60 of a second [s]. Convert 20 jiffys to units of shake. One "shake" is...Problem 17ICA:
A "knot'' is a unit of speed in marine travel. One knot is 1.852 kilometers per hour (km/h]. Rather...Problem 18ICA:
The Earth's escape velocity is 7 miles per second [mils]. Rather than using a traditional unit...Problem 19ICA:
A manufacturing process uses 10 pound-mass of plastic resin per hour [lbm/h]. Rather than using a...Problem 26ICA:
A circular window has a 10-inch [in] radius. What is the surface area of one side of the window in...Problem 27ICA:
When shipping freight around the world, most companies use a standardized set of containers to make...Problem 28ICA:
A body traveling in a circle experiences an acceleration (a) of a = v2/r, where v is the velocity of...Problem 29ICA:
In NCAA basketball, the center circle diameter which encompasses the free throw line is 3.66 meters...Problem 30ICA:
Continental drift has an average velocity of 2 inches per year [in/yr]. At this rate, how far would...Problem 1RQ:
Express the following values using scientific notation, engineering notation, and using an...Problem 2RQ:
Express the following values using scientific notation and engineering notation. Standard Scientific...Problem 3RQ:
Which of the following is the longest distance? A. 26.4 miles [mi] B. 40 kilometers [km] C. 2,500...Problem 4RQ:
Which of the following is the largest volume? A. 50 gallons [gal] B. 100 liters [L] C. 1.5 cubic...Problem 5RQ:
In 2001 , the first iPodTM by Apple had a rated battery life of 10 hours (h) to run audio files. The...Problem 6RQ:
New plastic fuel tanks for cars can be molded to many shapes, an advantage over the current metal...Problem 7RQ:
The longest sea bridge, the Jiaozhou Bay Bridge in China, spans 26.4 miles [mi]. The longest sea...Problem 8RQ:
The term "deep sea" refers to everything in the ocean below a depth of 200 meters [m]. It is...Problem 9RQ:
Which of the following is the fastest speed? A. 50 centimeters per second [cm/s] B. 2.5 kilometers...Problem 10RQ:
Which of the following is the largest mass flowrate? A. 500 centigrams per hour [cg/h] B. 5 grams...Problem 11RQ:
Which of the following is the largest volumetric ftowrate? A. 10 centiliters per minute [cL/min] B....Problem 12RQ:
If a liquid evaporates at a rate of 50 kilograms per minute [kg/min], what is this evaporation rate...Problem 16RQ:
One of the National Academy of Engineering Grand Challenges for Engineering is Provide Access to...Problem 17RQ:
The oxgang is unit of area equal to 20 acres. Express an area of 12 oxgangs in units of square...Problem 18RQ:
In an effort to modernize the United States interstate system, the Department of Transportation...Problem 19RQ:
Old Mississippi River paddle wheelers routinely measured the river depths to avoid running aground....Problem 20RQ:
The Units Society Empire (USE) had defined the following set of "new" units: 1 foot [ft] = 10 toes....Problem 22RQ:
The Units Society Empire (USE) had defined the following set of "new" units: 1 leap = 4 years [yr]....Problem 23RQ:
The Units Society Empire (USE) had defined the following set of "new" units: Length 1 car = 20 feet...Problem 24RQ:
The Units Society Empire (USE) had defined the following set of "new" units: Length 1 stride = 1.5...Problem 33RQ:
We wish to analyze the velocity of a fluid exiting from an orifice in the side of a pressurized...Problem 34RQ:
Wind energy uses large fans to extract energy from the wind and turn it into electric power. Examine...Problem 39RQ:
The largest hailstone is the United States was 44.5 centimeters [cm] in circumference in...Problem 40RQ:
The largest hailstone is the United States was 44.5 centimeters [cm] in circumference in...Problem 41RQ:
How large a surface area in units of square feet [ft2] will 1 gallon [gal] of paint cover if we...Problem 42RQ:
How large a surface area in units of square feet [ft2] will 1 gallon [gal] of paint cover if we...Problem 44RQ:
In many engineering uses, the value of "g," the acceleration due to gravity, is taken as a constant....Problem 45RQ:
In many engineering uses, the value of "g," the acceleration due to gravity, is taken as a constant....Browse All Chapters of This Textbook
Chapter 2 - EthicsChapter 3 - Design And TeamworkChapter 3.4 - Generating IdeasChapter 5 - EstimationChapter 5.6 - Significant FiguresChapter 5.7 - ReasonablenessChapter 5.8 - NotationChapter 6 - SolvemChapter 6.1 - Defining SolvemChapter 6.2 - Representing Final Results
Chapter 7 - Fundamental Dimensions And Base UnitsChapter 7.1 - The Metric SystemChapter 7.3 - Conversion Procedure For UnitsChapter 7.4 - Conversions Involving Multiple StepsChapter 7.5 - Conversions Involving "new" UnitsChapter 7.6 - Derived Dimensions And UnitsChapter 7.7 - Equation LawsChapter 7.8 - Conversion Involving EquationsChapter 8 - Universal UnitsChapter 8.1 - ForceChapter 8.2 - WeightChapter 8.3 - DensityChapter 8.4 - AmountChapter 8.5 - TemperatureChapter 8.6 - PressureChapter 8.7 - Gas PressureChapter 8.8 - EnergyChapter 8.9 - PowerChapter 8.10 - EfficiencyChapter 8.11 - Electrical ConceptsChapter 9 - Dimensionless NumbersChapter 9.2 - Common Dimensionless NumbersChapter 9.4 - Rayleigh's MethodChapter 10 - Excel WorkbooksChapter 10.1 - Cell ReferencesChapter 10.2 - Functions In ExcelChapter 10.3 - Logic And ConditionalsChapter 10.4 - Lookup And Data ValidationChapter 10.5 - Conditional FormattingChapter 10.6 - Sorting And FiltersChapter 11 - Graphical SolutionsChapter 11.2 - Proper PlotsChapter 11.4 - Graph InterpretationChapter 11.5 - Meaning Of Line ShapesChapter 11.6 - Graphical SolutionsChapter 12 - Models And SystemsChapter 12.1 - Linear FunctionsChapter 12.2 - Linear RelationshipsChapter 12.3 - Power FunctionsChapter 12.4 - Exponential FunctionsChapter 13 - Mathematicai ModelsChapter 13.2 - Interpreting Logarithmic GraphsChapter 13.4 - Dealing With Limitations Of ExcelChapter 14 - StatisticsChapter 14.1 - HistogramsChapter 14.2 - Statistical BehaviorChapter 14.3 - DistributionsChapter 14.4 - Cumulative Distribution FunctionsChapter 14.5 - Statistical Process Control (spc)Chapter 15 - AlgorithmsChapter 15.1 - ScpoeChapter 15.2 - Written AlgorithmChapter 15.3 - Graphical AlgoritmChapter 16 - Matlab Variables And Data TypesChapter 16.1 - Variable BasicsChapter 16.2 - Numeric Types And ScalarsChapter 16.3 - VectorsChapter 16.4 - MatricesChapter 16.5 - Character StringsChapter 16.6 - Cell ArraysChapter 16.7 - Structure ArraysChapter 16.8 - Saving And Restoring ValuesChapter 17 - Programs And FunctionsChapter 17.1 - ProgramsChapter 17.2 - FunctionsChapter 18 - Input/output In MatlabChapter 18.1 - InputChapter 18.2 - OutputChapter 19 - Logic And ConditionalsChapter 19.1 - Relational And Logical OperatorsChapter 19.2 - Logical VariablesChapter 19.3 - Conditional Statements In MatlabChapter 19.4 - Switch StatementsChapter 20 - Looping StructuresChapter 20.1 - For LoopsChapter 20.2 - While Loops
Book Details
Thinking Like an Engineer: An Active Learning Approach, Third Edition, is specifically designed to utilize an active learning environment for first-year engineering courses.
Sample Solutions for this Textbook
We offer sample solutions for Thinking Like an Engineer: An Active Learning Approach (3rd Edition) homework problems. See examples below:
Chapter 2, Problem 1ICAChapter 3, Problem 1MDPChapter 3, Problem 10MDPChapter 5, Problem 4ICAChapter 6, Problem 2ICAChapter 7, Problem 1ICAGiven data: Pound-masskilogramnewtonPound-forceAbbreviationkgExample0.330.151.470.33(a)10(b)700...Given data: The SI unit of circuit resistance is V/A. The SI unit of luminous efficacy is cd/W. The...Chapter 10, Problem 1ICA
Chapter 11, Problem 1ICACalculation: Refer to the graph in the respective question. The expression is, V=0.0175 T Rearrange...Description: Step 1: Open the Excel Sheet, and enter the data as shown in Figure 1. Step 2: Select...Formula used: Write the expression for mean. Mean= Sum of all the data providedTotal number of data...Chapter 15, Problem 1ICAChapter 16, Problem 1ICAChapter 17, Problem 1ICAChapter 18, Problem 1ICAChapter 19, Problem 1ICAChapter 20, Problem 1ICA
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