elements atthe bottom ofthe periodictablemade up ofthe symbol ofelementssurroundedby dotsgroup 17on theperiodictableone thatcan bepoundedinto shapesatoms that arestripped of theirelectrons andthe nuclei arepacked closelytogetherin the top rowand on thebottom of theperiodic tableatomic nucleicombine to form alarger nucleusreleasing hugeamounts of energyin a processelectronsfarthestaway fromthe nucleuswhenmoleculescontain onlytwo atoms.havenochargea tiny,centralcore of anatomone that canbe pulled outor drawn intoa long wirethe propertiesof the elementsrepeat in eachperiod or row ofthe tablewhatgroupsare alsoknown asones thattransmit heatandelectricityvery easilytheelementsin acolumnwhat groups 3through 12 onthe periodictable areknown asthe averagemass of oneatom of theelementhave apositiveelectricchargea tremendousexplosion thatbreaks apart amassive star,producingtemperatures up toone billion degreescelsiusvery energeticparticles thatmove rapidlyin alldirectionseachhorizontalrow acrossthe tableused tomeasurethe particlesatomsthenumber ofprotons inits nucleuselements atthe bottom ofthe periodictablemade up ofthe symbol ofelementssurroundedby dotsgroup 17on theperiodictableone thatcan bepoundedinto shapesatoms that arestripped of theirelectrons andthe nuclei arepacked closelytogetherin the top rowand on thebottom of theperiodic tableatomic nucleicombine to form alarger nucleusreleasing hugeamounts of energyin a processelectronsfarthestaway fromthe nucleuswhenmoleculescontain onlytwo atoms.havenochargea tiny,centralcore of anatomone that canbe pulled outor drawn intoa long wirethe propertiesof the elementsrepeat in eachperiod or row ofthe tablewhatgroupsare alsoknown asones thattransmit heatandelectricityvery easilytheelementsin acolumnwhat groups 3through 12 onthe periodictable areknown asthe averagemass of oneatom of theelementhave apositiveelectricchargea tremendousexplosion thatbreaks apart amassive star,producingtemperatures up toone billion degreescelsiusvery energeticparticles thatmove rapidlyin alldirectionseachhorizontalrow acrossthe tableused tomeasurethe particlesatomsthenumber ofprotons inits nucleus

Untitled Bingo - 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. elements at the bottom of the periodic table
  2. made up of the symbol of elements surrounded by dots
  3. group 17 on the periodic table
  4. one that can be pounded into shapes
  5. atoms that are stripped of their electrons and the nuclei are packed closely together
  6. in the top row and on the bottom of the periodic table
  7. atomic nuclei combine to form a larger nucleus releasing huge amounts of energy in a process
  8. electrons farthest away from the nucleus
  9. when molecules contain only two atoms.
  10. have no charge
  11. a tiny, central core of an atom
  12. one that can be pulled out or drawn into a long wire
  13. the properties of the elements repeat in each period or row of the table
  14. what groups are also known as
  15. ones that transmit heat and electricity very easily
  16. the elements in a column
  17. what groups 3 through 12 on the periodic table are known as
  18. the average mass of one atom of the element
  19. have a positive electric charge
  20. a tremendous explosion that breaks apart a massive star, producing temperatures up to one billion degrees celsius
  21. very energetic particles that move rapidly in all directions
  22. each horizontal row across the table
  23. used to measure the particles atoms
  24. the number of protons in its nucleus