= mass ofsolute in grams➗100 mL of thesolutionA combination oftwo or moresubstances thatis exactly thesamethroughoutThesmallerpart of asolutionUnable todissolve ina specifiedsolventA solution with alarge number ofsolute particlesin a givenvolume ofsolutionFree!Matter thatcontains two ormore kinds ofparticles mixedtogether thatyou cannot seeAble todissolve ina specifiedsolventTo mix one typeof matter intoanother type ofmatter to form asolutionA solutionthat still hasroom formore soluteto dissolveA solution with asmall number ofsolute particlesin a givenvolume ofsolutionThe maximumamount of solutethat will dissolve ina given volume of asolvent at aparticulartemperatureThe part of asolution intowhich thesolutesdissolve= max. mass ofsolute that willdissolve in grams➗100 mL of thesolventA graph showingthe relationshipbetween solubilityand anothervariable (liketemperature orpressure)The part of asolution thatdissolves inthe solventA solution inwhich nomore solutecan dissolveThe largerpart of asolutionThe quantityof solute in acertainvolume ofsolution= mass ofsolute in grams➗100 mL of thesolutionA combination oftwo or moresubstances thatis exactly thesamethroughoutThesmallerpart of asolutionUnable todissolve ina specifiedsolventA solution with alarge number ofsolute particlesin a givenvolume ofsolutionFree!Matter thatcontains two ormore kinds ofparticles mixedtogether thatyou cannot seeAble todissolve ina specifiedsolventTo mix one typeof matter intoanother type ofmatter to form asolutionA solutionthat still hasroom formore soluteto dissolveA solution with asmall number ofsolute particlesin a givenvolume ofsolutionThe maximumamount of solutethat will dissolve ina given volume of asolvent at aparticulartemperatureThe part of asolution intowhich thesolutesdissolve= max. mass ofsolute that willdissolve in grams➗100 mL of thesolventA graph showingthe relationshipbetween solubilityand anothervariable (liketemperature orpressure)The part of asolution thatdissolves inthe solventA solution inwhich nomore solutecan dissolveThe largerpart of asolutionThe quantityof solute in acertainvolume ofsolution

Solutions and Mixtures - 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. = mass of solute in grams ➗ 100 mL of the solution
  2. A combination of two or more substances that is exactly the same throughout
  3. The smaller part of a solution
  4. Unable to dissolve in a specified solvent
  5. A solution with a large number of solute particles in a given volume of solution
  6. Free!
  7. Matter that contains two or more kinds of particles mixed together that you cannot see
  8. Able to dissolve in a specified solvent
  9. To mix one type of matter into another type of matter to form a solution
  10. A solution that still has room for more solute to dissolve
  11. A solution with a small number of solute particles in a given volume of solution
  12. The maximum amount of solute that will dissolve in a given volume of a solvent at a particular temperature
  13. The part of a solution into which the solutes dissolve
  14. = max. mass of solute that will dissolve in grams ➗ 100 mL of the solvent
  15. A graph showing the relationship between solubility and another variable (like temperature or pressure)
  16. The part of a solution that dissolves in the solvent
  17. A solution in which no more solute can dissolve
  18. The larger part of a solution
  19. The quantity of solute in a certain volume of solution