Metals thatareattracted tomagnets.A tremendousexplosion thatbreaks apart amassive star,producing veryhightemperatures.The mostreactivemetals.Particles inthe nucleusthat have apositivecharge.Scientistsuse this tomeasure theparticles inatoms.Metals thattransmit heatandelectricityeasily.In this state ofmatter of matter,atoms are strippedof their electronsand the nuclei arepacked tightlytogether.The averagemass of oneatom of theelement.Theelements in acolumnrelated toeach other.Substancesthat undersomeconditions cancarry electricity.At thebottom ofthe periodictable.The propertiesof the elementsrepeat in eachperiod of thetable.A material thatcan be pulledout, or drawn,into a longwire.A materialthat can bepoundedinto shapes.Have some ofthecharacteristicsof metals andsome ofnonmetals.These metals forma bridge betweenthe very reactivemetals on the leftto the lessreactive metals.Moleculesthat onlycontaintwo atoms.The numberof protons inthe nucleus.Do notordinarily formcompoundswith otherelements.Very energeticparticles thatmove rapidlyin alldirections.Particles inthe nucleusthat have nocharge andare neutral.Electronsfarthestaway fromthe nucleus.The top rowon thebottom of theperiodictable.Lack themostpropertiesof metal.Metals thatareattracted tomagnets.A tremendousexplosion thatbreaks apart amassive star,producing veryhightemperatures.The mostreactivemetals.Particles inthe nucleusthat have apositivecharge.Scientistsuse this tomeasure theparticles inatoms.Metals thattransmit heatandelectricityeasily.In this state ofmatter of matter,atoms are strippedof their electronsand the nuclei arepacked tightlytogether.The averagemass of oneatom of theelement.Theelements in acolumnrelated toeach other.Substancesthat undersomeconditions cancarry electricity.At thebottom ofthe periodictable.The propertiesof the elementsrepeat in eachperiod of thetable.A material thatcan be pulledout, or drawn,into a longwire.A materialthat can bepoundedinto shapes.Have some ofthecharacteristicsof metals andsome ofnonmetals.These metals forma bridge betweenthe very reactivemetals on the leftto the lessreactive metals.Moleculesthat onlycontaintwo atoms.The numberof protons inthe nucleus.Do notordinarily formcompoundswith otherelements.Very energeticparticles thatmove rapidlyin alldirections.Particles inthe nucleusthat have nocharge andare neutral.Electronsfarthestaway fromthe nucleus.The top rowon thebottom of theperiodictable.Lack themostpropertiesof metal.

Chapter Three - 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. Metals that are attracted to magnets.
  2. A tremendous explosion that breaks apart a massive star, producing very high temperatures.
  3. The most reactive metals.
  4. Particles in the nucleus that have a positive charge.
  5. Scientists use this to measure the particles in atoms.
  6. Metals that transmit heat and electricity easily.
  7. In this state of matter of matter, atoms are stripped of their electrons and the nuclei are packed tightly together.
  8. The average mass of one atom of the element.
  9. The elements in a column related to each other.
  10. Substances that under some conditions can carry electricity.
  11. At the bottom of the periodic table.
  12. The properties of the elements repeat in each period of the table.
  13. A material that can be pulled out, or drawn, into a long wire.
  14. A material that can be pounded into shapes.
  15. Have some of the characteristics of metals and some of nonmetals.
  16. These metals form a bridge between the very reactive metals on the left to the less reactive metals.
  17. Molecules that only contain two atoms.
  18. The number of protons in the nucleus.
  19. Do not ordinarily form compounds with other elements.
  20. Very energetic particles that move rapidly in all directions.
  21. Particles in the nucleus that have no charge and are neutral.
  22. Electrons farthest away from the nucleus.
  23. The top row on the bottom of the periodic table.
  24. Lack the most properties of metal.