KinematicsThe study of howobjects movewithout analyzingthe forces thatcause the motion.StabilityThe ability of astructure ormachine toremain balancedand not collapseunder force.VolatilityThe ability ofa substance,such as fuel,to evaporatequickly.MachineA device madeof several partsthat uses energyto perform workor make a taskeasier.AssemblyLineA manufacturingmethod whereproducts movethrough stations andworkers performspecific tasks to builditems quickly andefficiently.LoadThe weight orforce that astructure ormechanical partmust support.ModelTThe automobileintroduced by HenryFord in 1908 thatbecame the firstmass-produced,affordable car foreveryday consumers.CombustionThe chemicalreaction ofburning fuel withoxygen thatreleases heatand energy.StructuralAnalysisThe study of howforces like weightand pressureaffect structuresand whether theyremain stable andsafe.EnergyConversionA device thatconverts energy,such as chemicalfuel energy, intomechanicalmotion.BatterySystemsEnergy storagedevices thatsupply electricalpower to machinessuch as electricvehicles.QuadricycleOne of the firstmotorized vehiclesbuilt by Henry Ford in1896, powered by anengine and designedwith four bicycle-stylewheels.StressThe internal forcethat occurs withina material when itexperiences aload or pressure.QuantumMechanicsA branch ofphysics thatstudies extremelysmall particleswhose behaviorcan beunpredictable.MechanicalEngineeringThe branch ofengineering thatdesigns, builds, andimproves machinesand mechanicalsystems that useenergy to performwork.TurbineA rotatingmechanical devicethat capturesenergy frommoving fluid orsteam to generatepower.MechanicalSkillsThe ability tounderstand, build,repair, and operatemachines andmechanicalsystems.ExternalCombustionEngineAn engine wherefuel burns outsidethe engine toproduce heat thatcreates steam orpressure to powermachinery.AbsoluteZeroThe lowestpossibletemperaturewhere molecularmotion nearlystops.HenryFordAn industrialist andmechanical innovatorwho created theModel T automobileand popularized theassembly line tomake cars affordablefor many people.MaterialsScienceThe study of theproperties, design,and use ofmaterials such asmetals, plastics,and ceramics.PistonA tightly fittedmovingcomponent insidean engine cylinderthat moves up anddown to createmotion.InternalCombustionEngineAn engine wherefuel burns inside theengine cylinder tocreate pressure thatmoves pistons andpowers machineslike cars.AlternativeFuelsEnergy sourcesused instead offossil fuels, suchas electricity,hydrogen, orbiofuels.ClassicalMechanicsThe study ofmotion of objectsusing predictablelaws of physicssuch as Newton’slaws of motion.EntropyThe measureof disorder orrandomnessin a physicalsystem.GraduateDegreeAn advanced collegedegree (such as amaster’s ordoctorate) oftenrequired for researchor university teachingin engineering.EngineDownsizingDesigningsmaller enginesthat use lessfuel while stillprovidingenough power.ThermodynamicsThe study of howheat,temperature, andenergy interactand transferwithin systems.KinematicsThe study of howobjects movewithout analyzingthe forces thatcause the motion.StabilityThe ability of astructure ormachine toremain balancedand not collapseunder force.VolatilityThe ability ofa substance,such as fuel,to evaporatequickly.MachineA device madeof several partsthat uses energyto perform workor make a taskeasier.AssemblyLineA manufacturingmethod whereproducts movethrough stations andworkers performspecific tasks to builditems quickly andefficiently.LoadThe weight orforce that astructure ormechanical partmust support.ModelTThe automobileintroduced by HenryFord in 1908 thatbecame the firstmass-produced,affordable car foreveryday consumers.CombustionThe chemicalreaction ofburning fuel withoxygen thatreleases heatand energy.StructuralAnalysisThe study of howforces like weightand pressureaffect structuresand whether theyremain stable andsafe.EnergyConversionA device thatconverts energy,such as chemicalfuel energy, intomechanicalmotion.BatterySystemsEnergy storagedevices thatsupply electricalpower to machinessuch as electricvehicles.QuadricycleOne of the firstmotorized vehiclesbuilt by Henry Ford in1896, powered by anengine and designedwith four bicycle-stylewheels.StressThe internal forcethat occurs withina material when itexperiences aload or pressure.QuantumMechanicsA branch ofphysics thatstudies extremelysmall particleswhose behaviorcan beunpredictable.MechanicalEngineeringThe branch ofengineering thatdesigns, builds, andimproves machinesand mechanicalsystems that useenergy to performwork.TurbineA rotatingmechanical devicethat capturesenergy frommoving fluid orsteam to generatepower.MechanicalSkillsThe ability tounderstand, build,repair, and operatemachines andmechanicalsystems.ExternalCombustionEngineAn engine wherefuel burns outsidethe engine toproduce heat thatcreates steam orpressure to powermachinery.AbsoluteZeroThe lowestpossibletemperaturewhere molecularmotion nearlystops.HenryFordAn industrialist andmechanical innovatorwho created theModel T automobileand popularized theassembly line tomake cars affordablefor many people.MaterialsScienceThe study of theproperties, design,and use ofmaterials such asmetals, plastics,and ceramics.PistonA tightly fittedmovingcomponent insidean engine cylinderthat moves up anddown to createmotion.InternalCombustionEngineAn engine wherefuel burns inside theengine cylinder tocreate pressure thatmoves pistons andpowers machineslike cars.AlternativeFuelsEnergy sourcesused instead offossil fuels, suchas electricity,hydrogen, orbiofuels.ClassicalMechanicsThe study ofmotion of objectsusing predictablelaws of physicssuch as Newton’slaws of motion.EntropyThe measureof disorder orrandomnessin a physicalsystem.GraduateDegreeAn advanced collegedegree (such as amaster’s ordoctorate) oftenrequired for researchor university teachingin engineering.EngineDownsizingDesigningsmaller enginesthat use lessfuel while stillprovidingenough power.ThermodynamicsThe study of howheat,temperature, andenergy interactand transferwithin systems.

Concepts of Engineering Unit 5 Review - Call List

(Print) Use this randomly generated list as your call list when playing the game. There is no need to say the BINGO column name. Place some kind of mark (like an X, a checkmark, a dot, tally mark, etc) on each cell as you announce it, to keep track. You can also cut out each item, place them in a bag and pull words from the bag.


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  1. The study of how objects move without analyzing the forces that cause the motion.
    Kinematics
  2. The ability of a structure or machine to remain balanced and not collapse under force.
    Stability
  3. The ability of a substance, such as fuel, to evaporate quickly.
    Volatility
  4. A device made of several parts that uses energy to perform work or make a task easier.
    Machine
  5. A manufacturing method where products move through stations and workers perform specific tasks to build items quickly and efficiently.
    Assembly Line
  6. The weight or force that a structure or mechanical part must support.
    Load
  7. The automobile introduced by Henry Ford in 1908 that became the first mass-produced, affordable car for everyday consumers.
    Model T
  8. The chemical reaction of burning fuel with oxygen that releases heat and energy.
    Combustion
  9. The study of how forces like weight and pressure affect structures and whether they remain stable and safe.
    Structural Analysis
  10. A device that converts energy, such as chemical fuel energy, into mechanical motion.
    Energy Conversion
  11. Energy storage devices that supply electrical power to machines such as electric vehicles.
    Battery Systems
  12. One of the first motorized vehicles built by Henry Ford in 1896, powered by an engine and designed with four bicycle-style wheels.
    Quadricycle
  13. The internal force that occurs within a material when it experiences a load or pressure.
    Stress
  14. A branch of physics that studies extremely small particles whose behavior can be unpredictable.
    Quantum Mechanics
  15. The branch of engineering that designs, builds, and improves machines and mechanical systems that use energy to perform work.
    Mechanical Engineering
  16. A rotating mechanical device that captures energy from moving fluid or steam to generate power.
    Turbine
  17. The ability to understand, build, repair, and operate machines and mechanical systems.
    Mechanical Skills
  18. An engine where fuel burns outside the engine to produce heat that creates steam or pressure to power machinery.
    External Combustion Engine
  19. The lowest possible temperature where molecular motion nearly stops.
    Absolute Zero
  20. An industrialist and mechanical innovator who created the Model T automobile and popularized the assembly line to make cars affordable for many people.
    Henry Ford
  21. The study of the properties, design, and use of materials such as metals, plastics, and ceramics.
    Materials Science
  22. A tightly fitted moving component inside an engine cylinder that moves up and down to create motion.
    Piston
  23. An engine where fuel burns inside the engine cylinder to create pressure that moves pistons and powers machines like cars.
    Internal Combustion Engine
  24. Energy sources used instead of fossil fuels, such as electricity, hydrogen, or biofuels.
    Alternative Fuels
  25. The study of motion of objects using predictable laws of physics such as Newton’s laws of motion.
    Classical Mechanics
  26. The measure of disorder or randomness in a physical system.
    Entropy
  27. An advanced college degree (such as a master’s or doctorate) often required for research or university teaching in engineering.
    Graduate Degree
  28. Designing smaller engines that use less fuel while still providing enough power.
    Engine Downsizing
  29. The study of how heat, temperature, and energy interact and transfer within systems.
    Thermodynamics