Solutions for THINKING LIKE AN ENGINEER W/ACCESS
Problem 1ICA:
The space shuttle fleet was designed with two booster stages. a. If the first stage provides a...Problem 2ICA:
Complete the following table assuming the object is on Earth. pound-mass kilogram newton...Problem 3ICA:
Rank the following from largest mass to smallest mass. Gravity on the moon = 1.6 meters per second...Problem 4ICA:
A typical American football weighs 14.5 ounces [oz]. If the ball is taken to the moon, what is the...Problem 5ICA:
The weight of the Hubble Space Telescope (HST) on Earth was 24,500 pounds-force [lbf]. What is the...Problem 6ICA:
The value of gravitational acceleration on Earth, 9.8 meters per second squared [m/s2] is actually...Problem 8ICA:
If the density of sodium is 98 kilograms per cubic meter [kg/m3], what is this in slugs per gallon...Problem 9ICA:
The specific gravity of iodine is 4.927. State the density in units of slugs per liter [slug/L],...Problem 10ICA:
Complete the following table. Assume you have a cube composed of each material, with length...Problem 11ICA:
Complete the following table. Assume you have a cylinder, composed of each material, with radius and...Problem 12ICA:
Fluid A fills a one-gallon [gal] container and weighs 50 newtons [N]. The density of Fluid B is 1125...Problem 13ICA:
A golden bar of metal (5 centimeters [cm] by 18 cent meters [cm] by 4 centimeters [cm]) being...Problem 14ICA:
A lab reports the density of a new element is X kilograms per cubic foot [kg/ft3] and Y grams per...Problem 15ICA:
You have been hired as an intern for a plastics manufacturing company. When researching several...Problem 16ICA:
A submersible robot is exploring one of the methane seas on Titan. Saturns largest moon. It...Problem 17ICA:
Several students calculate the density of a gas, obtaining the following answers Some of the answers...Problem 18ICA:
You have been working to develop a new fictitious compound in the lab. Determine the amount in units...Problem 19ICA:
Determine the mass in units of grams [g] of 0.35 moles [mol] of a new fictitious compound you have...Problem 20ICA:
A eutectic alloy of two metals contains the specific percentage of each metal that gives the lowest...Problem 21ICA:
Which of the following plastic has the highest melting temperature? You must prove your answer for...Problem 22ICA:
The outside air temperature of an airplane typically reaches a low of 60 degrees Celsius [C] during...Problem 23ICA:
The inside of an airplane is kept at 75 degrees Fahrenheit [F], or what most people would consider...Problem 24ICA:
The Newton [N] temperature scale was devised by Isaac Newton, using the principles of...Problem 25ICA:
In the Spring of 2004, NASA discovered a new planet beyond Pluto named Sedna. In the news report...Problem 26ICA:
Is there a physical condition at which a Fahrenheit thermometer and Celsius thermometer will read...Problem 27ICA:
Complete the table: atmosphere pascal Inches of mercury Pound-force per square inch Abbreviation...Problem 28ICA:
If the pressure is 250 feet of water [ft H2O], what is the pressure in inches of mercury [in Hg]?Problem 29ICA:
A normal blood pressure has a gauge pressure of 120 millimeters of mercury [mm Hg] (systolic...Problem 31ICA:
If a force of 15 newtons [N] is applied to a surface and the pressure is measured as 4,000 pascals...Problem 32ICA:
You wish to submerge an object in a liquid at sea level on Earth at a depth of 75 feet [ft] without...Problem 33ICA:
(a) Determine the maximum volume in gallons [gal] of olive oil that can be stored in a closed...Problem 34ICA:
A sensor is submerged in a silo to detect any bacterial growth in the stored fluid. The stored fluid...Problem 35ICA:
Complete the table, using the ideal gas law: Compound Mass [lbm] MW [g/mol] Amount [mol] Pressure...Problem 36ICA:
A 10-liter [L] flask contains 1.3 moles [mol] of an ideal gas at a temperature of 20 degrees Celsius...Problem 37ICA:
An ideal gas in a 1.25-gailon [gal] container is at a temperature of 125 degrees Celsius [C] and...Problem 38ICA:
An ideal gas is kept in a 10-liter [L] container at a pressure of 1.5 atmospheres [atm] and a...Problem 39ICA:
Football A is filled with 50 grams [g] of Gas X, resulting in a pressure of 48,263 pascals [Pa]. The...Problem 40ICA:
Determine the specific gravity of chlorine (Cl2) gas at 25 degrees Celsius [C] and a pressure of 0.6...Problem 41ICA:
Complete the table for specific heat conversions: Compound [cal/|g C)] [BTU/(lbm F)] [J/(kg K)] (a)...Problem 42ICA:
Which of the following requires the expenditure of more work? You must show your work to receive...Problem 43ICA:
Which objectA, B, or Chas the most potential energy when held a distance H above the surface of the...Problem 44ICA:
Measurements indicate that boat A has twice the kinetic energy of boat B of the same mass. How fast...Problem 45ICA:
A 10-gram [g] rubber ball is released from a height of 6 meters [m] above a flat surface on the...Problem 46ICA:
If a ball is dropped from a height (H) its velocity will increase until it hits the ground (assuming...Problem 47ICA:
Eight hundred kilograms [kg] of paint solvent will be stored to remove a paint display on a field....Problem 48ICA:
We go out to sunbathe on a warm summer day. If we soak up 100 British thermal units per hour [BTU/h]...Problem 49ICA:
The specific heats of aluminum and iron are 0.214 and 0.107 calories per gram degree Celsius [cal/(g...Problem 50ICA:
Complete the table for thermal conductivity conversions: Compound [W/(m C)] [BTU/(ft h F)] [cal/(cm...Problem 51ICA:
The thermal conductivity of a plastic is 0.325 British thermal units per foot hour degree Fahrenheit...Problem 52ICA:
The heat transfer coefficient of steel is 25 watts per square meter degree Celsius [W/(m2 C)]....Problem 53ICA:
Complete the table. This problem involves the power required to raise a mass a given distance in a...Problem 54ICA:
When we drive our car at 100 feet per second [ft/s], we measure an aerodynamic force (called drag)...Problem 55ICA:
The power required by an airplane is given by P = Fv, where P is the engine power, F is the thrust,...Problem 56ICA:
Complete the table. This problem involves the power required to raise a mass a given distance in a...Problem 57ICA:
A 100-watt [W] motor (60% efficient) is available to raise a load 5 meters [m] into the air. If the...Problem 58ICA:
When boiling water, a hot plate takes an average of 8 minutes [min] and 55 seconds [s] to boil 100...Problem 59ICA:
One problem with solar energy is that any given point on the planet is illuminated by the sun for...Problem 61ICA:
A resistor is dissipating 125 milliwatts [mW] of power. The voltage across the resistor is 12 volts...Problem 62ICA:
An average cloud-to-ground lightning strike delivers about 0.5 (half) a gigajoule [GJ] of energy to...Problem 63ICA:
Most electric stoves in the United States operate on 240 volts [V]. If such a stove took 275 seconds...Problem 64ICA:
A 3-volt [V] battery delivers a constant current of 100 milliamperes [mA] to the bulb in a...Problem 66ICA:
A constant current charges a 20-nanofarad [nF] capacitor to 5 volts [V] in 10 microseconds [s]. a....Problem 68ICA:
a. What is the average power, in units of watts [W], needed to increase the voltage across a...Problem 1RQ:
The National Football League specifies that all footballs must be Wilson brand. Wilson footballs are...Problem 2RQ:
A space probe is built with a mass of 1700 pound-mass [lbm] before launch on Earth. The probe is...Problem 3RQ:
A person who has a weight of 165 pound-force [lbf] on Earth is travelling to Mars in a spacecraft....Problem 4RQ:
A person who has a weight of 165 pound-force [lbf] on Earth is travelling to Mars in a spacecraft....Problem 5RQ:
A person who has a weight of 165 pound-force [lbf] on Earth is travelling to Mars in a spacecraft....Problem 6RQ:
The European Space Agency launched a probe called Rosetta in March 2004. In August 2014, Rosetta...Problem 7RQ:
The European Space Agency launched a probe called Rosetta in March 2004. In August 2014, Rosetta...Problem 8RQ:
The European Space Agency launched a probe called Rosetta in March 2004. In August 2014, Rosetta...Problem 9RQ:
The European Space Agency launched a probe called Rosetta in March 2004. In August 2014, Rosetta...Problem 10RQ:
A basketball has a mass of approximately 624 grams [g] and a volume of 0.25 cubic feet [ft3]....Problem 11RQ:
A website you discover lists the density of a plastic as 7.93 pound-mass per gallon [lbm/gal], which...Problem 12RQ:
Consider the following strange, but true, units: 1 arroba =11.5 kilograms [kg] 1 peck = 9 liters [L]...Problem 13RQ:
Consider the following strange, but true, units: 1 batman = 3 kilograms [kg] 1 hogshead = 63 gallons...Problem 14RQ:
A cube of material X, 1 inch [in] on all sides, has a mass of 0.05 kilograms [kg]. Determine the...Problem 15RQ:
The density of gasoline is 0.72 grams per cubic centimeter [g/cm3]. What is the mass in units of...Problem 16RQ:
The Eco-Marathon is an annual competition sponsored by Shell Oil, in which participants build...Problem 18RQ:
Soccer is also called association football. A soccer ball is a sphere, with a circumference of 70...Problem 19RQ:
A rod on the surface of Jupiters moon Callisto has a volume of 0.3 cubic meters [m3]. Determine the...Problem 22RQ:
When an object is made of the plastic polyester (PET), it uses antimony as a catalyst. After...Problem 23RQ:
If we increase the temperature in a reactor by 90 degrees Fahrenheit [F], how many degrees Celsius...Problem 24RQ:
If we increase the temperature in a reactor by 90 degrees Fahrenheit [F], how many degrees Celsius...Problem 25RQ:
We are making a cup of coffee and want the temperature to be just right, so we measure the...Problem 26RQ:
We want to construct a thermometer using mercury. As the mercury in the bulb is heated, it expands...Problem 27RQ:
A normal blood pressure has a gauge pressure of 120 millimeters of mercury [mm Hg] (systolic...Problem 28RQ:
The force on the inside of a cork in a champagne bottle is 10 pound-force [lbf]. If the cylindrical...Problem 29RQ:
One of the National Academy of Engineering Grand Challenges for Engineering is Develop Carbon...Problem 30RQ:
A new gel is being developed to use inside padding and helmets to cushion the body from impacts. The...Problem 31RQ:
A 2-liter [L] soda bottle, made of PET, will fail at approximately 150 pound-force per square inch...Problem 32RQ:
A storage tank is being designed for iodine. The storage tank is to be spherical and will withstand...Problem 33RQ:
The specific gravity of honey is 1.43. A cylindrical container of honey 10 feet [ft] deep is inside...Problem 34RQ:
NASA is designing a mission to explore Titan, the largest moon of Saturn Titan has numerous...Problem 35RQ:
Airspeed (v) is related to dynamic pressure using the following formula: Pdynamic = 1/2v2. Determine...Problem 36RQ:
When a flowing fluid is stopped, its pressure increases. This is called stagnation pressure. The...Problem 37RQ:
A 10-liter [L] flask contains 5 moles [mol] of gas at a pressure of 15 atmospheres [atm]. What is...Problem 38RQ:
A company that produces footballs uses a proprietary mixture of ideal gases to inflate their...Problem 39RQ:
A 5-liter [L] container holds nitrogen (formula: N2, molecular weight = 28 grams per mole [g/mol])...Problem 40RQ:
A typical hot air balloon has a volume of 100,000 cubic feet [ft3]. Air has a specific gravity of...Problem 41RQ:
An ideal gas, kept in a 5-liter [L] container at 300 kelvins [K], exhibits a pressure of 2...Problem 42RQ:
A container holding 1.5 moles [mol] of oxygen (formula: O2, molecular weight = 32 grams per mole...Problem 43RQ:
A spacecraft is equipped with nine sensors, designed to gather data to attempt to reconstruct how...Problem 44RQ:
A robotic rover on Mars finds a spherical rock with a diameter of 10 centimeters [cm]. The rover...Problem 45RQ:
On February 15, 2013, Asteroid 2012 DA14 passed within 17,200 miles [mi] of the surface of the Earth...Problem 46RQ:
If a 10-kilogram [kg] rotating solid cylinder moves at a velocity (v), it has a kinetic energy of 36...Problem 47RQ:
If a ball is dropped from a height its velocity will increase until it hits the ground, assuming...Problem 48RQ:
A bail is thrown vertically into the air with an initial kinetic energy of 2,500 joules [J]. As the...Problem 49RQ:
The maximum radius (R) a falling liquid drop can have without breaking apart is given by the...Problem 50RQ:
A heat recovery system (HRS) is used to conserve heat from the surroundings and supply it to the...Problem 51RQ:
At noon on a clear day in midsummer, a cylindrical titanium plate is placed in the sun. The plate is...Problem 52RQ:
In a factory, various metal cylinders are forged and then plunged into a liquid to quickly cool the...Problem 53RQ:
A 3-kilogram [kg] projectile traveling at 100 meters per second [m/s] is stopped by being shot into...Problem 54RQ:
Plutonium isotopes undergo decay, producing heat. Plutonium isotope 239 (Pu-239) has 1.9 watts per...Problem 55RQ:
The power required by an airplane is given by P = Fv, where P is the engine power, F is the thrust,...Problem 56RQ:
When gasoline is burned in the cylinder of an engine, it creates a high pressure that pushes on the...Problem 57RQ:
A spacecraft utilized Earths gravity and increasing large orbital paths around Earth to minimize the...Problem 58RQ:
A spacecraft is fueled using hydrazine (N2H4; molecular weight of 32 grams per mole [g/mol]) and...Problem 59RQ:
A 100-watt [W] motor (60% efficient) is used to raise a 100-kilogram [kg] toad 5 meters [m] into the...Problem 60RQ:
You need to purchase a motor to supply 400 joules [J] in 10 seconds [s]. All of the motors you can...Problem 61RQ:
The Curiosity rover landed oil Mars on August 6, 2012, and is currently exploring the surface....Problem 62RQ:
A robotic rover on Mars finds a spherical rock with a diameter of 10 centimeters [cm]. The rover...Problem 63RQ:
Consider the following strange, but true, unit: 1 donkeypower = 0.33 horsepower [hp] A certain motor...Problem 64RQ:
When boiling water a hot plate takes an average of 8 minutes [min] and 55 seconds [s] to boil 100...Problem 66RQ:
The power available from a wind turbine is calculated by the following equation: P=12Av3 where P 5...Problem 67RQ:
The computer system on the Indian Mars Orbiter Mission (MOM) requires a 5-volt [V] power supply...Problem 70RQ:
A 10,000-microfarad [F] capacitor is charged to 25 volts [V]. If the capacitor is completely...Problem 71RQ:
A 250,000-microfarad [F] capacitor is used to keep the memory circuits of a hand-held device active...Problem 72RQ:
A 250-kilo-ohm [k] resistor and a 0.2-microfarad [F] capacitor rated at 250 volts [V] are connected...Problem 73RQ:
A 0.05-microfarad [F] capacitor discharges through a 47-kilo-ohm [k] resistor. a. If the initial...Problem 74RQ:
A variable capacitor has a range from 100 picofarads [pF] to 250 picofarads [pF]. If the capacitor...Browse All Chapters of This Textbook
Chapter 1 - Everyday EngineeringChapter 2 - EthicsChapter 3 - Design, Teamwork, And Project ManagementChapter 3.3 - Criteria: Defining What Is ImportantChapter 4 - Engineering CommunicationChapter 5 - EstimationChapter 5.6 - Significant FiguresChapter 5.7 - ReasonablenessChapter 5.8 - NotationChapter 6 - Solving Problems
Chapter 6.2 - Solvem-one Approach To Solving ProblemsChapter 6.3 - Representing Final ResultsChapter 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 9.1 - Constants With UnitsChapter 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 12.3 - Linear RelationshipsChapter 12.4 - Combinations Of Linear RelationshipsChapter 12.5 - Power FunctionsChapter 12.6 - Exponential FunctionsChapter 13 - Mathematicai ModelsChapter 13.2 - Interpreting Logarithmic GraphsChapter 13.5 - 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 - Matlab BasicsChapter 15.1 - Variable BasicsChapter 15.2 - Numeric Types And ScalarsChapter 15.3 - VectorsChapter 15.4 - MatricesChapter 15.5 - Character StringsChapter 15.6 - Cell ArraysChapter 15.7 - Structure ArraysChapter 16 - Algorithms, Programs, And FunctionsChapter 16.1 - AlgorithmsChapter 16.2 - ProgramsChapter 16.3 - FunctionsChapter 16.4 - Deriving Mathematical ModelsChapter 17 - Input/output In MatlabChapter 17.1 - InputChapter 17.2 - OutputChapter 17.3 - PlottingChapter 17.4 - TrendlinesChapter 18 - Logic And ConditionalsChapter 18.1 - Algorithms Revisited-representing DecisionsChapter 18.2 - Relational And Logical OperatorsChapter 18.3 - Logical VariablesChapter 18.4 - Conditional Statements In MatlabChapter 18.5 - Application: Classification DiagramsChapter 18.6 - Switch StatementsChapter 18.7 - Errors And WarningsChapter 19 - Looping StructuresChapter 19.1 - Algorithms Revisited-loopsChapter 19.2 - While LoopsChapter 19.3 - For Loops
Sample Solutions for this Textbook
We offer sample solutions for THINKING LIKE AN ENGINEER W/ACCESS homework problems. See examples below:
Chapter 1, Problem 1RQChapter 2, Problem 1ICAChapter 3, Problem 1RQChapter 4, Problem 1RQChapter 5, Problem 4ICAChapter 6, Problem 1ICAChapter 7, Problem 1ICAChapter 8, Problem 1ICAChapter 9, Problem 1ICA
Chapter 10, Problem 1ICAChapter 11, Problem 1ICAChapter 12, Problem 1ICAChapter 13, Problem 1ICAChapter 14, Problem 2ICAChapter 15, Problem 1ICAChapter 16, Problem 1ICAChapter 17, Problem 1ICAChapter 18, Problem 1ICAGiven data: Deck of cards. Calculation: Algorithm is a set of rules to be followed in problem-...
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