Wave a rhythmicdisturbance thattransfersenergy throughmatter or space. Matter anything thathas massand takes upspace. PhysicalProperties properties that canbeobserved directly ormeasured withoutchanging thechemicalidentity of thesubstance HypothesisA prediction ofthe outcomeofan experimentScientistPeople whocollect andorganize informationin a careful orderlyway looking forpatterns andconnections betweeneventsLaw ofConservationof Energy energycan never becreated ordestroyed, it canonly changeforms.Magnetismproperty of somematerials thatallows them togive off anattractive orrepulsive force.ObservationsGatheringinformationabout events orprocesses in acareful orderlyway.ThermalEnergy the sum ofkinetic andpotentialenergy of theparticles in anobject.EnergyThe ability tocausechange ;measured inJoulesQuantitativedata The type ofdata that usesnumbers andare obtained bycounting ormeasuringElectromagneticwaves electric andmagnetic wavesreleased by a vibratingelectric charge,capable of transferringenergy through avacuum. dataTheinformationgatheredfrom makingobservationsElements simplest formof matter from whichmore complexsubstances are made(listed on the PeriodicTable) Qualitativedata The type of datathat usesdescriptionsand involvecharacteristics thatcannot becounted Viscosity a fluid’sresistanceto flowMixturetwo or moresubstancesphysicallycombined(variablecomposition) Force push or pulloneobject exerts onanother.  ElectricCurrent the netmovement ofelectric chargein asingle direction. Temperature measure ofthe averagekinetic energyof particles inan objectMotionwhen anobjectchanges itsposition. Substanceallparticles inmatter areidentical (fixedcomposition) MagneticFieldexternal forcegivenoff by amagnet;strongest at thepoles. Accelerationrate ofchange ofvelocity overtime. Wave a rhythmicdisturbance thattransfersenergy throughmatter or space. Matter anything thathas massand takes upspace. PhysicalProperties properties that canbeobserved directly ormeasured withoutchanging thechemicalidentity of thesubstance HypothesisA prediction ofthe outcomeofan experimentScientistPeople whocollect andorganize informationin a careful orderlyway looking forpatterns andconnections betweeneventsLaw ofConservationof Energy energycan never becreated ordestroyed, it canonly changeforms.Magnetismproperty of somematerials thatallows them togive off anattractive orrepulsive force.ObservationsGatheringinformationabout events orprocesses in acareful orderlyway.ThermalEnergy the sum ofkinetic andpotentialenergy of theparticles in anobject.EnergyThe ability tocausechange ;measured inJoulesQuantitativedata The type ofdata that usesnumbers andare obtained bycounting ormeasuringElectromagneticwaves electric andmagnetic wavesreleased by a vibratingelectric charge,capable of transferringenergy through avacuum. dataTheinformationgatheredfrom makingobservationsElements simplest formof matter from whichmore complexsubstances are made(listed on the PeriodicTable) Qualitativedata The type of datathat usesdescriptionsand involvecharacteristics thatcannot becounted Viscosity a fluid’sresistanceto flowMixturetwo or moresubstancesphysicallycombined(variablecomposition) Force push or pulloneobject exerts onanother.  ElectricCurrent the netmovement ofelectric chargein asingle direction. Temperature measure ofthe averagekinetic energyof particles inan objectMotionwhen anobjectchanges itsposition. Substanceallparticles inmatter areidentical (fixedcomposition) MagneticFieldexternal forcegivenoff by amagnet;strongest at thepoles. Accelerationrate ofchange ofvelocity overtime. 

Energy and Its Transformations, Force & Motion, Structures of Matter, and Habits of Mind - Call List

(Print) Use this randomly generated list as your call list when playing the game. 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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B B
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I I
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G G
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O O
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O O
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B B
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I I
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N N
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B B
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B B
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O O
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N N
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O O
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G G
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O O
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G G
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G G
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I I
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B B
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G G
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I I
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N N
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N N
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I I
  1. B-a rhythmic disturbance that transfers energy through matter or space.
    B-Wave
  2. I-anything that has mass and takes up space.
    I-Matter
  3. G-properties that can be observed directly or measured without changing the chemical identity of the substance
    G-Physical Properties
  4. O-A prediction of the outcome of an experiment
    O-Hypothesis
  5. O-People who collect and organize information in a careful orderly way looking for patterns and connections between events
    O-Scientist
  6. B-energy can never be created or destroyed, it can only change forms.
    B-Law of Conservation of Energy
  7. I-property of some materials that allows them to give off an attractive or repulsive force.
    I-Magnetism
  8. N-Gathering information about events or processes in a careful orderly way.
    N-Observations
  9. B-the sum of kinetic and potential energy of the particles in an object.
    B-Thermal Energy
  10. B-The ability to cause change ; measured in Joules
    B-Energy
  11. O-The type of data that uses numbers and are obtained by counting or measuring
    O-Quantitative data
  12. N-electric and magnetic waves released by a vibrating electric charge, capable of transferring energy through a vacuum.
    N-Electromagnetic waves
  13. O-The information gathered from making observations
    O-data
  14. G-simplest form of matter from which more complex substances are made (listed on the Periodic Table)
    G-Elements
  15. O-The type of data that uses descriptions and involve characteristics that cannot be counted
    O-Qualitative data
  16. G-a fluid’s resistance to flow
    G-Viscosity
  17. G-two or more substances physically combined (variable composition)
    G-Mixture
  18. I-push or pull one object exerts on another.
    I-Force
  19. B-the net movement of electric charge in a single direction.
    B-Electric Current
  20. G-measure of the average kinetic energy of particles in an object
    G-Temperature
  21. I-when an object changes its position.
    I-Motion
  22. N-all particles in matter are identical (fixed composition)
    N-Substance
  23. N-external force given off by a magnet; strongest at the poles.
    N-Magnetic Field
  24. I-rate of change of velocity over time.
    I-Acceleration