Free!ArrheniusdefinitionH+ andOH- ionsin solutionOH-basesincrease ionconc underArrheniusprotondonoracids are____ underBrønsted–LowryH+acids increasethis ionconcentrationunderArrheniusneutralizationreaction thatoccursbetweenacids andbasesconjugatebaseunprotenatedform of anacidNaOHchemicalexample ofa strongbaseslipperyfeelclassiccharacteristicof a basevinegarcommonhouseholdexampleof an acidweakbasebase thatpartiallydissociatessoapcommonhouseholdexampleof a baseweakacidacid thatpartiallydissociatesconjugateacidprotenatedform of abaseHClchemicalexample ofa strongacidsourtasteclassiccharacteristicof an acidBrønsted–Lowrydefinitionprotondonor andacceptorstrongacidacid thatcompletelydissociatesprotonacceptorbases are____ underBrønsted–Lowrystrongbasebase thatstronglydissociatesFree!ArrheniusdefinitionH+ andOH- ionsin solutionOH-basesincrease ionconc underArrheniusprotondonoracids are____ underBrønsted–LowryH+acids increasethis ionconcentrationunderArrheniusneutralizationreaction thatoccursbetweenacids andbasesconjugatebaseunprotenatedform of anacidNaOHchemicalexample ofa strongbaseslipperyfeelclassiccharacteristicof a basevinegarcommonhouseholdexampleof an acidweakbasebase thatpartiallydissociatessoapcommonhouseholdexampleof a baseweakacidacid thatpartiallydissociatesconjugateacidprotenatedform of abaseHClchemicalexample ofa strongacidsourtasteclassiccharacteristicof an acidBrønsted–Lowrydefinitionprotondonor andacceptorstrongacidacid thatcompletelydissociatesprotonacceptorbases are____ underBrønsted–Lowrystrongbasebase thatstronglydissociates

Acids and Bases - 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. Free!
  2. H+ and OH- ions in solution
    Arrhenius definition
  3. bases increase ion conc under Arrhenius
    OH-
  4. acids are ____ under Brønsted–Lowry
    proton donor
  5. acids increase this ion concentration under Arrhenius
    H+
  6. reaction that occurs between acids and bases
    neutralization
  7. unprotenated form of an acid
    conjugate base
  8. chemical example of a strong base
    NaOH
  9. classic characteristic of a base
    slippery feel
  10. common household example of an acid
    vinegar
  11. base that partially dissociates
    weak base
  12. common household example of a base
    soap
  13. acid that partially dissociates
    weak acid
  14. protenated form of a base
    conjugate acid
  15. chemical example of a strong acid
    HCl
  16. classic characteristic of an acid
    sour taste
  17. proton donor and acceptor
    Brønsted–Lowry definition
  18. acid that completely dissociates
    strong acid
  19. bases are ____ under Brønsted–Lowry
    proton acceptor
  20. base that strongly dissociates
    strong base