Controlfluidflow rateChange thedirection ofelectriccurrentGas MetalArcWelding(GMAW)SealagainstfluidleakageR(StatisticalComputing)PhotovoltaicEffectBuildingInformationModelingAdjustrotationalspeed in amechanicalsystemFirst Law ofThermodynamicsDistillationFarad(F)LocalAreaNetworkC++ (CPlusPlus)First Law ofThermodynamicsCoulomb(C)ElasticityDirectCurrentUnmannedAerialVehicleAmpere(A)RegulatepumpspeedStore andreleaseelectricalenergyReducefriction andsupportshaftsSecond Law ofThermodynamicsAnalyze anddesignfoundationsand soilstructuresElastomerUniformResourceLocator8electronsModel-View-ControllerAlbertEinsteinHenryper meter(H/m)PythonStrengths,Weaknesses,Opportunities,ThreatsStructuralEngineeringMechanicalEngineeringCopperReduceexhaustnoiseConvertone formof energyto anotherJavaScriptProgrammableLogicController(PLC)Front-EndEngineeringDesignLeadership inEnergy andEnvironmentalDesignLubricationThermocouplePeltonTurbineDampenoscillationsandvibrationsIrrigationEngineeringDegreesofFreedom18electronsEngage anddisengageengine fromthetransmissionDigitalSubscriberLineEntropyElasticityVerticalLiftingThird Law ofThermodynamicsSportsFacilityEngineeringAirportEngineeringHertz(Hz)Torquemultiplicationin automatictransmissionsConvertone formof energyto anotherCharles'sLawDistillationVelocityof lightAdjustresistance inan electricalcircuitStructuredQueryLanguageGlobalPositioningSystemFederalEmergencyManagementAgencyBrassShieldedMetal ArcWelding(SMAW)Transmitand receivesignals inaviationEmbeddedCUnmannedAerialVehiclePreventreverseflow offluidArchBridgeOpen orclose ahydrauliccircuitCondensationGeneratelinear motionfromelectricalenergyChemicalProcessingSupportradial andaxialloadsRefiningSiliconCeramicSlow downwater flowand controlerosionContentDeliveryNetworkWatt permeter-kelvin(W/(m·K))WaterResourcesEngineeringNewton(N)Store andreleaseenergy tosmooth outfluctuationsOhm(Ω)ViscosityTransferheatbetweenair streamsSize ExclusionChromatographyVoiceoverInternetProtocolReleaseexcesspressure ina systemControl thedirection ofcurrentflowMachineLearning2electronsAlternatingCurrentAmpereper meter(A/m)ToughnessInsulationControlfluidflow rateChange thedirection ofelectriccurrentGas MetalArcWelding(GMAW)SealagainstfluidleakageR(StatisticalComputing)PhotovoltaicEffectBuildingInformationModelingAdjustrotationalspeed in amechanicalsystemFirst Law ofThermodynamicsDistillationFarad(F)LocalAreaNetworkC++ (CPlusPlus)First Law ofThermodynamicsCoulomb(C)ElasticityDirectCurrentUnmannedAerialVehicleAmpere(A)RegulatepumpspeedStore andreleaseelectricalenergyReducefriction andsupportshaftsSecond Law ofThermodynamicsAnalyze anddesignfoundationsand soilstructuresElastomerUniformResourceLocator8electronsModel-View-ControllerAlbertEinsteinHenryper meter(H/m)PythonStrengths,Weaknesses,Opportunities,ThreatsStructuralEngineeringMechanicalEngineeringCopperReduceexhaustnoiseConvertone formof energyto anotherJavaScriptProgrammableLogicController(PLC)Front-EndEngineeringDesignLeadership inEnergy andEnvironmentalDesignLubricationThermocouplePeltonTurbineDampenoscillationsandvibrationsIrrigationEngineeringDegreesofFreedom18electronsEngage anddisengageengine fromthetransmissionDigitalSubscriberLineEntropyElasticityVerticalLiftingThird Law ofThermodynamicsSportsFacilityEngineeringAirportEngineeringHertz(Hz)Torquemultiplicationin automatictransmissionsConvertone formof energyto anotherCharles'sLawDistillationVelocityof lightAdjustresistance inan electricalcircuitStructuredQueryLanguageGlobalPositioningSystemFederalEmergencyManagementAgencyBrassShieldedMetal ArcWelding(SMAW)Transmitand receivesignals inaviationEmbeddedCUnmannedAerialVehiclePreventreverseflow offluidArchBridgeOpen orclose ahydrauliccircuitCondensationGeneratelinear motionfromelectricalenergyChemicalProcessingSupportradial andaxialloadsRefiningSiliconCeramicSlow downwater flowand controlerosionContentDeliveryNetworkWatt permeter-kelvin(W/(m·K))WaterResourcesEngineeringNewton(N)Store andreleaseenergy tosmooth outfluctuationsOhm(Ω)ViscosityTransferheatbetweenair streamsSize ExclusionChromatographyVoiceoverInternetProtocolReleaseexcesspressure ina systemControl thedirection ofcurrentflowMachineLearning2electronsAlternatingCurrentAmpereper meter(A/m)ToughnessInsulation

SLU ASME BINGO - Game 3 - 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. Control fluid flow rate
  2. Change the direction of electric current
  3. Gas Metal Arc Welding (GMAW)
  4. Seal against fluid leakage
  5. R (Statistical Computing)
  6. Photovoltaic Effect
  7. Building Information Modeling
  8. Adjust rotational speed in a mechanical system
  9. First Law of Thermodynamics
  10. Distillation
  11. Farad (F)
  12. Local Area Network
  13. C++ (C Plus Plus)
  14. First Law of Thermodynamics
  15. Coulomb (C)
  16. Elasticity
  17. Direct Current
  18. Unmanned Aerial Vehicle
  19. Ampere (A)
  20. Regulate pump speed
  21. Store and release electrical energy
  22. Reduce friction and support shafts
  23. Second Law of Thermodynamics
  24. Analyze and design foundations and soil structures
  25. Elastomer
  26. Uniform Resource Locator
  27. 8 electrons
  28. Model-View-Controller
  29. Albert Einstein
  30. Henry per meter (H/m)
  31. Python
  32. Strengths, Weaknesses, Opportunities, Threats
  33. Structural Engineering
  34. Mechanical Engineering
  35. Copper
  36. Reduce exhaust noise
  37. Convert one form of energy to another
  38. JavaScript
  39. Programmable Logic Controller (PLC)
  40. Front-End Engineering Design
  41. Leadership in Energy and Environmental Design
  42. Lubrication
  43. Thermocouple
  44. Pelton Turbine
  45. Dampen oscillations and vibrations
  46. Irrigation Engineering
  47. Degrees of Freedom
  48. 18 electrons
  49. Engage and disengage engine from the transmission
  50. Digital Subscriber Line
  51. Entropy
  52. Elasticity
  53. Vertical Lifting
  54. Third Law of Thermodynamics
  55. Sports Facility Engineering
  56. Airport Engineering
  57. Hertz (Hz)
  58. Torque multiplication in automatic transmissions
  59. Convert one form of energy to another
  60. Charles's Law
  61. Distillation
  62. Velocity of light
  63. Adjust resistance in an electrical circuit
  64. Structured Query Language
  65. Global Positioning System
  66. Federal Emergency Management Agency
  67. Brass
  68. Shielded Metal Arc Welding (SMAW)
  69. Transmit and receive signals in aviation
  70. Embedded C
  71. Unmanned Aerial Vehicle
  72. Prevent reverse flow of fluid
  73. Arch Bridge
  74. Open or close a hydraulic circuit
  75. Condensation
  76. Generate linear motion from electrical energy
  77. Chemical Processing
  78. Support radial and axial loads
  79. Refining
  80. Silicon
  81. Ceramic
  82. Slow down water flow and control erosion
  83. Content Delivery Network
  84. Watt per meter-kelvin (W/(m·K))
  85. Water Resources Engineering
  86. Newton (N)
  87. Store and release energy to smooth out fluctuations
  88. Ohm (Ω)
  89. Viscosity
  90. Transfer heat between air streams
  91. Size Exclusion Chromatography
  92. Voice over Internet Protocol
  93. Release excess pressure in a system
  94. Control the direction of current flow
  95. Machine Learning
  96. 2 electrons
  97. Alternating Current
  98. Ampere per meter (A/m)
  99. Toughness
  100. Insulation