Sublimationsolidto gasExothermicWhen asubstancegives offenergy in theform of heatMassnumber -AtomicnumberHow do youcalculate thenumber ofneutrons?MeltingSolid toliquid0a.m.uHow muchmass anelectronhasThermalexpansionAn increase inthe volume of asubstance dueto an increasein tempSolidParticlesvibrate andare tightlypackedMatterAnythingwith massandvolumeDepositiongas tosolidDensityTherelationshipbetweenmass andvolumeKineticTheoryof MatterMatter ismade up ofatoms that arein constantmotion1a.m.uHow muchmass doesa protonhaveFreezingLiquidto solidStatesofmatterSolids,liquids andgases areexamples ofwhat?LiquidParticlesare slidingpast eachotherSlowdown andcondenseWhen you takeaway heatfrom asubstance, theparticles will...PhysicalPropertyCharacteristicsthat can onlybe observedby changing asubstanceEndothermicWhen asubstanceabsorbsenergy in theform of heatProtonsAndelectronsWhat twosubatomicparticles arealways thesame valueCondensationGas toliquidAtomicNumberThis is thenumber ofprotons anelement hasGasParticles arespread outand movingfreelyThermalEnergyaveragemotion ofparticles ina substanceChemicalPropertiesCharacteristicsthat can beobservedwithoutchanging asubstanceSublimationsolidto gasExothermicWhen asubstancegives offenergy in theform of heatMassnumber -AtomicnumberHow do youcalculate thenumber ofneutrons?MeltingSolid toliquid0a.m.uHow muchmass anelectronhasThermalexpansionAn increase inthe volume of asubstance dueto an increasein tempSolidParticlesvibrate andare tightlypackedMatterAnythingwith massandvolumeDepositiongas tosolidDensityTherelationshipbetweenmass andvolumeKineticTheoryof MatterMatter ismade up ofatoms that arein constantmotion1a.m.uHow muchmass doesa protonhaveFreezingLiquidto solidStatesofmatterSolids,liquids andgases areexamples ofwhat?LiquidParticlesare slidingpast eachotherSlowdown andcondenseWhen you takeaway heatfrom asubstance, theparticles will...PhysicalPropertyCharacteristicsthat can onlybe observedby changing asubstanceEndothermicWhen asubstanceabsorbsenergy in theform of heatProtonsAndelectronsWhat twosubatomicparticles arealways thesame valueCondensationGas toliquidAtomicNumberThis is thenumber ofprotons anelement hasGasParticles arespread outand movingfreelyThermalEnergyaveragemotion ofparticles ina substanceChemicalPropertiesCharacteristicsthat can beobservedwithoutchanging asubstance

Matter Review Whited - 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. solid to gas
    Sublimation
  2. When a substance gives off energy in the form of heat
    Exothermic
  3. How do you calculate the number of neutrons?
    Mass number - Atomic number
  4. Solid to liquid
    Melting
  5. How much mass an electron has
    0 a.m.u
  6. An increase in the volume of a substance due to an increase in temp
    Thermal expansion
  7. Particles vibrate and are tightly packed
    Solid
  8. Anything with mass and volume
    Matter
  9. gas to solid
    Deposition
  10. The relationship between mass and volume
    Density
  11. Matter is made up of atoms that are in constant motion
    Kinetic Theory of Matter
  12. How much mass does a proton have
    1 a.m.u
  13. Liquid to solid
    Freezing
  14. Solids, liquids and gases are examples of what?
    States of matter
  15. Particles are sliding past each other
    Liquid
  16. When you take away heat from a substance, the particles will...
    Slow down and condense
  17. Characteristics that can only be observed by changing a substance
    Physical Property
  18. When a substance absorbs energy in the form of heat
    Endothermic
  19. What two subatomic particles are always the same value
    Protons And electrons
  20. Gas to liquid
    Condensation
  21. This is the number of protons an element has
    Atomic Number
  22. Particles are spread out and moving freely
    Gas
  23. average motion of particles in a substance
    Thermal Energy
  24. Characteristics that can be observed without changing a substance
    Chemical Properties