ReactivenonmetalsThe noblegases allhave lowboilingpoints.All groupelements aresolids exceptoxygenTheseelements arewidely foundon Earth lFour covalentcompounds arecompounds in whichthe four electrons inthe valence shellplay an active role inbondingIonization Energydecreases going downthe group (because theelectrons are fartherfrom the core andtherefore are easier toremove; Tl does not fitthis trendElectronegativity(the atom's abilityof attractingelectrons)decreases downthe group.they reactquickly withwater,producinghydroxides andhydrogen gasthey have highmelting points -but mercury is aliquid at roomtemperaturethey areusuallyhard andtoughSofter andstronger thanmost othermetals (exceptthe alkalimetals)Melting pointincreaseswhile goingdown thegroupAtomic radiusincreases downthe group (Tlhas the largestatomic radius.)Theyareodorlesstheir hydroxidesand oxidesdissolve inwater to formalkalinesolutionsReact easilywith thehalogensand waterLowdensityDensityincreasedown thegroupThe boronfamily adoptsoxidationstates +3 or+1Electrode potentialincreases downthe group(reactivitydecreases downthe group)their moleculeseach containtwo atoms(they arediatomic)VeryreactiveAtomic radiiincrease insize downthe group.they conductheat andelectricity lesseffectively thanother metalsReactivenonmetalsThe noblegases allhave lowboilingpoints.All groupelements aresolids exceptoxygenTheseelements arewidely foundon Earth lFour covalentcompounds arecompounds in whichthe four electrons inthe valence shellplay an active role inbondingIonization Energydecreases going downthe group (because theelectrons are fartherfrom the core andtherefore are easier toremove; Tl does not fitthis trendElectronegativity(the atom's abilityof attractingelectrons)decreases downthe group.they reactquickly withwater,producinghydroxides andhydrogen gasthey have highmelting points -but mercury is aliquid at roomtemperaturethey areusuallyhard andtoughSofter andstronger thanmost othermetals (exceptthe alkalimetals)Melting pointincreaseswhile goingdown thegroupAtomic radiusincreases downthe group (Tlhas the largestatomic radius.)Theyareodorlesstheir hydroxidesand oxidesdissolve inwater to formalkalinesolutionsReact easilywith thehalogensand waterLowdensityDensityincreasedown thegroupThe boronfamily adoptsoxidationstates +3 or+1Electrode potentialincreases downthe group(reactivitydecreases downthe group)their moleculeseach containtwo atoms(they arediatomic)VeryreactiveAtomic radiiincrease insize downthe group.they conductheat andelectricity lesseffectively thanother metals

Periodic Table 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. Reactive nonmetals
  2. The noble gases all have low boiling points.
  3. All group elements are solids except oxygen
  4. These elements are widely found on Earth l
  5. Four covalent compounds are compounds in which the four electrons in the valence shell play an active role in bonding
  6. Ionization Energy decreases going down the group (because the electrons are farther from the core and therefore are easier to remove; Tl does not fit this trend
  7. Electronegativity (the atom's ability of attracting electrons) decreases down the group.
  8. they react quickly with water, producing hydroxides and hydrogen gas
  9. they have high melting points - but mercury is a liquid at room temperature
  10. they are usually hard and tough
  11. Softer and stronger than most other metals (except the alkali metals)
  12. Melting point increases while going down the group
  13. Atomic radius increases down the group (Tl has the largest atomic radius.)
  14. They are odorless
  15. their hydroxides and oxides dissolve in water to form alkaline solutions
  16. React easily with the halogens and water
  17. Low density
  18. Density increase down the group
  19. The boron family adopts oxidation states +3 or +1
  20. Electrode potential increases down the group (reactivity decreases down the group)
  21. their molecules each contain two atoms (they are diatomic)
  22. Very reactive
  23. Atomic radii increase in size down the group.
  24. they conduct heat and electricity less effectively than other metals