electronsfarthestaway fromthe nucleusattracted tomagnets andcan be madeinto magnetson the bottom ofthe table on thebottom row. theyare radioactiveand are called therare earth metalslack mostof theprop. ofmetalstheelementsin acolumngroup 17containingfluorine, chlorine,bromine, iodine,and astatinetransmitheat andelectricitygroups 3-12 of theperiodictablevery energeticparticles thatmove rapidlyin alldirectionsnumber ofprotons ina nucleushave nochargeand areneitralhave apositiveelectricchargeatoms strippedof theirelectrons andthe nuclei arepacked closelytogetherthe averagemass of oneatom of theelementmeasurestheparticlesin atomssubstances thatunder certainconditions can carryelectricity, like ametal, while underother conditions,can't carry electricitythe tinycentralcore of anatomon the bottom ofthe table on thetop row. they areradioactive andare called the rareearth metalsthe element'spropertiesrepeat in eachperio d - or row- of the periodictablegroup 2 oftheperiodictablewhenmoleculescontain onlytwo atomsmetals ingroup 1,from lithiumto franciummade of thesymbol of theelementsurroundedby dotsatomic nucleicombine to form alarger nucleus,releasing hugeamounts of energyin the processelectronsfarthestaway fromthe nucleusattracted tomagnets andcan be madeinto magnetson the bottom ofthe table on thebottom row. theyare radioactiveand are called therare earth metalslack mostof theprop. ofmetalstheelementsin acolumngroup 17containingfluorine, chlorine,bromine, iodine,and astatinetransmitheat andelectricitygroups 3-12 of theperiodictablevery energeticparticles thatmove rapidlyin alldirectionsnumber ofprotons ina nucleushave nochargeand areneitralhave apositiveelectricchargeatoms strippedof theirelectrons andthe nuclei arepacked closelytogetherthe averagemass of oneatom of theelementmeasurestheparticlesin atomssubstances thatunder certainconditions can carryelectricity, like ametal, while underother conditions,can't carry electricitythe tinycentralcore of anatomon the bottom ofthe table on thetop row. they areradioactive andare called the rareearth metalsthe element'spropertiesrepeat in eachperio d - or row- of the periodictablegroup 2 oftheperiodictablewhenmoleculescontain onlytwo atomsmetals ingroup 1,from lithiumto franciummade of thesymbol of theelementsurroundedby dotsatomic nucleicombine to form alarger nucleus,releasing hugeamounts of energyin the process

SCIENCE 3 VOCAB - 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. electrons farthest away from the nucleus
  2. attracted to magnets and can be made into magnets
  3. on the bottom of the table on the bottom row. they are radioactive and are called the rare earth metals
  4. lack most of the prop. of metals
  5. the elements in a column
  6. group 17 containing fluorine, chlorine, bromine, iodine, and astatine
  7. transmit heat and electricity
  8. groups 3-12 of the periodic table
  9. very energetic particles that move rapidly in all directions
  10. number of protons in a nucleus
  11. have no charge and are neitral
  12. have a positive electric charge
  13. atoms stripped of their electrons and the nuclei are packed closely together
  14. the average mass of one atom of the element
  15. measures the particles in atoms
  16. substances that under certain conditions can carry electricity, like a metal, while under other conditions, can't carry electricity
  17. the tiny central core of an atom
  18. on the bottom of the table on the top row. they are radioactive and are called the rare earth metals
  19. the element's properties repeat in each perio d - or row - of the periodic table
  20. group 2 of the periodic table
  21. when molecules contain only two atoms
  22. metals in group 1, from lithium to francium
  23. made of the symbol of the element surrounded by dots
  24. atomic nuclei combine to form a larger nucleus, releasing huge amounts of energy in the process