absolutezeropoint whereno moreenergy canbe removedfrom matter212°Fboiling pointof water onFahrenheitscaleMetalmost ofthese aregood heatconductorsElectromagneticEnergythe type ofenergytransferredthroughradiationFalseas mostsubstancescool, theyexpandTruethe kelvinscale hasno negativenumbersFreezingPointpointwhere aliquid turnsto a solidKineticif two identicalitems have thesame temperature,this energy is thesame in theparticlesLiquidone of thesubstancesthat transfersheat in acurrentThermalEnergybased ontemperature,amount ofparticles, andhow particlesare arrangedFalseCelsius andKelvin scalesare NOTused inscienceTruethe more particlesa substance has ata giventemperature, themore thermalenergy it has.Radiationenergy transferbyelectromagneticwaves0°KabsolutezeroThermalExpansiontheexpansion ofmatter whenheated100°Cboiling pointof water onCelsiusscaleConductorconductsheat wellConvectionCurrentthemovementof heat influidsHeattransfer ofthermalenergy fromwarm to coolCelsiusScaletemperaturescale used bymost of theworld andscientistsInsulatordoes NOTconductheat wellSpecificHeatAmount of energyrequired to raisethe temperatureof 1 kilogram of asubstance by 1KelvinFahrenheitScalescale thatthe UnitedStates usesto measuretemperature0°Cfreezingpoint ofwater onCelsiusscale32°Ffreezingpoint ofwater onFahrenheitscaleBoilingPointpointwhere aliquid turnsto a gasThermometertool used tomeasuretemperatureGasone of thesubstancesthat transfersheat in acurrentConvectionthermalenergytransfer influidstruespecificheatmeasuredin J/kg*°KFalseDuringconduction, heatis transferred bythe movement ofcurrents within afluidFalsetrapped air is agood conductorbecause itreduces heattransferTemperaturemeasure ofthe averagekineticenergy of asubstanceConductionenergytransferthroughtouchabsolutezeropoint whereno moreenergy canbe removedfrom matter212°Fboiling pointof water onFahrenheitscaleMetalmost ofthese aregood heatconductorsElectromagneticEnergythe type ofenergytransferredthroughradiationFalseas mostsubstancescool, theyexpandTruethe kelvinscale hasno negativenumbersFreezingPointpointwhere aliquid turnsto a solidKineticif two identicalitems have thesame temperature,this energy is thesame in theparticlesLiquidone of thesubstancesthat transfersheat in acurrentThermalEnergybased ontemperature,amount ofparticles, andhow particlesare arrangedFalseCelsius andKelvin scalesare NOTused inscienceTruethe more particlesa substance has ata giventemperature, themore thermalenergy it has.Radiationenergy transferbyelectromagneticwaves0°KabsolutezeroThermalExpansiontheexpansion ofmatter whenheated100°Cboiling pointof water onCelsiusscaleConductorconductsheat wellConvectionCurrentthemovementof heat influidsHeattransfer ofthermalenergy fromwarm to coolCelsiusScaletemperaturescale used bymost of theworld andscientistsInsulatordoes NOTconductheat wellSpecificHeatAmount of energyrequired to raisethe temperatureof 1 kilogram of asubstance by 1KelvinFahrenheitScalescale thatthe UnitedStates usesto measuretemperature0°Cfreezingpoint ofwater onCelsiusscale32°Ffreezingpoint ofwater onFahrenheitscaleBoilingPointpointwhere aliquid turnsto a gasThermometertool used tomeasuretemperatureGasone of thesubstancesthat transfersheat in acurrentConvectionthermalenergytransfer influidstruespecificheatmeasuredin J/kg*°KFalseDuringconduction, heatis transferred bythe movement ofcurrents within afluidFalsetrapped air is agood conductorbecause itreduces heattransferTemperaturemeasure ofthe averagekineticenergy of asubstanceConductionenergytransferthroughtouch

CH 5 HEATO Bingo - 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. point where no more energy can be removed from matter
    absolute zero
  2. boiling point of water on Fahrenheit scale
    212°F
  3. most of these are good heat conductors
    Metal
  4. the type of energy transferred through radiation
    Electromagnetic Energy
  5. as most substances cool, they expand
    False
  6. the kelvin scale has no negative numbers
    True
  7. point where a liquid turns to a solid
    Freezing Point
  8. if two identical items have the same temperature, this energy is the same in the particles
    Kinetic
  9. one of the substances that transfers heat in a current
    Liquid
  10. based on temperature, amount of particles, and how particles are arranged
    Thermal Energy
  11. Celsius and Kelvin scales are NOT used in science
    False
  12. the more particles a substance has at a given temperature, the more thermal energy it has.
    True
  13. energy transfer by electromagnetic waves
    Radiation
  14. absolute zero
    0°K
  15. the expansion of matter when heated
    Thermal Expansion
  16. boiling point of water on Celsius scale
    100°C
  17. conducts heat well
    Conductor
  18. the movement of heat in fluids
    Convection Current
  19. transfer of thermal energy from warm to cool
    Heat
  20. temperature scale used by most of the world and scientists
    Celsius Scale
  21. does NOT conduct heat well
    Insulator
  22. Amount of energy required to raise the temperature of 1 kilogram of a substance by 1 Kelvin
    Specific Heat
  23. scale that the United States uses to measure temperature
    Fahrenheit Scale
  24. freezing point of water on Celsius scale
    0°C
  25. freezing point of water on Fahrenheit scale
    32°F
  26. point where a liquid turns to a gas
    Boiling Point
  27. tool used to measure temperature
    Thermometer
  28. one of the substances that transfers heat in a current
    Gas
  29. thermal energy transfer in fluids
    Convection
  30. specific heat measured in J/kg*°K
    true
  31. During conduction, heat is transferred by the movement of currents within a fluid
    False
  32. trapped air is a good conductor because it reduces heat transfer
    False
  33. measure of the average kinetic energy of a substance
    Temperature
  34. energy transfer through touch
    Conduction