measured inmL or cm3,using 2differentmethodsHow isvolumemeasured Viscositycaused byPressurechange, occursonly at thesurface of aliquid solutionA type ofhomogenousmixture Mass,volume,shape, size,color, luster,hardness Differentphysicalproperties Heat ofvaporization the amount ofenergy neededto turn a liquidinto a gas at itsboiling point What ismassmeasuredin?Gramswhat isdoing thedissolving SolventBoilingcaused by atemperaturechange,occursthroughout theliquid What allmatter ismade upof ParticlesHeatingCurvethe amount ofenergy neededto turn a liquidinto a gas at itsboiling point Bose-Einsteincondensates atoms that are super-cooledto such a lowtemperature(almost absolutezero) that they form a“super atom” ParticlesWhat allmatter ismade upof solutewhat isbeingdissolved Temperaturemeasure ofthe averagekinetic energyof particles inan object Bonded,Individual Wayselementscan existasWaterDisplacement The methodused to findthe volumeof a liquidSolidFixedvolumeand fixedshape GasNo fixedvolumeor shape Vaporizationthephase/statetransitionfrom liquid togas PotentialEnergy StoredenergyFixed volumebut shapechanges basedon container itis in LiquidPlasma mattercomposed ofpositivelyand negativelycharged particleswithextremely high kineticenergy Heat ofFusion the amount ofenergy neededto turn a solidinto a liquid at itsmelting point solutionthe result ofthe solutebeingdissolved inthe solventmeasured inmL or cm3,using 2differentmethodsHow isvolumemeasured Viscositycaused byPressurechange, occursonly at thesurface of aliquid solutionA type ofhomogenousmixture Mass,volume,shape, size,color, luster,hardness Differentphysicalproperties Heat ofvaporization the amount ofenergy neededto turn a liquidinto a gas at itsboiling point What ismassmeasuredin?Gramswhat isdoing thedissolving SolventBoilingcaused by atemperaturechange,occursthroughout theliquid What allmatter ismade upof ParticlesHeatingCurvethe amount ofenergy neededto turn a liquidinto a gas at itsboiling point Bose-Einsteincondensates atoms that are super-cooledto such a lowtemperature(almost absolutezero) that they form a“super atom” ParticlesWhat allmatter ismade upof solutewhat isbeingdissolved Temperaturemeasure ofthe averagekinetic energyof particles inan object Bonded,Individual Wayselementscan existasWaterDisplacement The methodused to findthe volumeof a liquidSolidFixedvolumeand fixedshape GasNo fixedvolumeor shape Vaporizationthephase/statetransitionfrom liquid togas PotentialEnergy StoredenergyFixed volumebut shapechanges basedon container itis in LiquidPlasma mattercomposed ofpositivelyand negativelycharged particleswithextremely high kineticenergy Heat ofFusion the amount ofenergy neededto turn a solidinto a liquid at itsmelting point solutionthe result ofthe solutebeingdissolved inthe solvent

Structures of Matter - 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. How is volume measured
    measured in mL or cm3, using 2 different methods
  2. caused by Pressure change, occurs only at the surface of a liquid
    Viscosity
  3. A type of homogenous mixture
    solution
  4. Different physical properties
    Mass, volume, shape, size, color, luster, hardness
  5. the amount of energy needed to turn a liquid into a gas at its boiling point
    Heat of vaporization
  6. Grams
    What is mass measured in?
  7. Solvent
    what is doing the dissolving
  8. caused by a temperature change, occurs throughout the liquid
    Boiling
  9. Particles
    What all matter is made up of
  10. the amount of energy needed to turn a liquid into a gas at its boiling point
    Heating Curve
  11. atoms that are super-cooled to such a low temperature (almost absolute zero) that they form a “super atom”
    Bose-Einstein condensates
  12. What all matter is made up of
    Particles
  13. what is being dissolved
    solute
  14. measure of the average kinetic energy of particles in an object
    Temperature
  15. Ways elements can exist as
    Bonded, Individual
  16. The method used to find the volume of a liquid
    Water Displacement
  17. Fixed volume and fixed shape
    Solid
  18. No fixed volume or shape
    Gas
  19. the phase/state transition from liquid to gas
    Vaporization
  20. Stored energy
    Potential Energy
  21. Liquid
    Fixed volume but shape changes based on container it is in
  22. matter composed of positively and negatively charged particles with extremely high kinetic energy
    Plasma
  23. the amount of energy needed to turn a solid into a liquid at its melting point
    Heat of Fusion
  24. the result of the solute being dissolved in the solvent
    solution