It willincreaseboilingpointTf <T°fDistillationAs water escapesthrough the leaves ofthe tree, the osmoticpressure decreaseswhich causes thewater to movetowards the leaves(up).Difference offreezing pointbetween asolution and it’spure solvent3The vapor pressurecurve of the solutionis lower than that ofwater (because thesolute lowers thevapor pressure of thesolvent)The triple pointof the solutionis lower relativeto the puresolventColligativepropertyfalseThe salt particles(solute) in theocean make itsfreezing point lowerthan the freezingpoint of pure waterIncreasingconcentrationKbThe solutelowers thevaporpressure ofthe solventVaporThe solvent ismoving from an areawith higher soluteconcentration to anarea with lowersolute concentration.The number ofdegrees the freezingpoint changes when1 mole of solutedissolves in 1kilogram of solventTrueTb >T°bPouring salt on iceadds solutes to H2O,lowering the freezingpoint to prevent icefrom freezing overthe roads againWater movesout of thecell in ahypertonicsolution. 5:evaporationDirectlyproportionalThe solution’slower vaporpressure reducesthe triple point,which reducesfreezing pointR =0.0821(L)atm /(mol)KThe normalfreezingpoint of aspecifiedpure solventA red blood cell ina hypotonicsolution willexplode becauseof the flow of waterinto the cell.It willincreaseboilingpointTf <T°fDistillationAs water escapesthrough the leaves ofthe tree, the osmoticpressure decreaseswhich causes thewater to movetowards the leaves(up).Difference offreezing pointbetween asolution and it’spure solvent3The vapor pressurecurve of the solutionis lower than that ofwater (because thesolute lowers thevapor pressure of thesolvent)The triple pointof the solutionis lower relativeto the puresolventColligativepropertyfalseThe salt particles(solute) in theocean make itsfreezing point lowerthan the freezingpoint of pure waterIncreasingconcentrationKbThe solutelowers thevaporpressure ofthe solventVaporThe solvent ismoving from an areawith higher soluteconcentration to anarea with lowersolute concentration.The number ofdegrees the freezingpoint changes when1 mole of solutedissolves in 1kilogram of solventTrueTb >T°bPouring salt on iceadds solutes to H2O,lowering the freezingpoint to prevent icefrom freezing overthe roads againWater movesout of thecell in ahypertonicsolution. 5:evaporationDirectlyproportionalThe solution’slower vaporpressure reducesthe triple point,which reducesfreezing pointR =0.0821(L)atm /(mol)KThe normalfreezingpoint of aspecifiedpure solventA red blood cell ina hypotonicsolution willexplode becauseof the flow of waterinto the cell.

Chapter 16: Colligative Properties of Solutions - 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. It will increase boiling point
  2. Tf < T°f
  3. Distillation
  4. As water escapes through the leaves of the tree, the osmotic pressure decreases which causes the water to move towards the leaves (up).
  5. Difference of freezing point between a solution and it’s pure solvent
  6. 3
  7. The vapor pressure curve of the solution is lower than that of water (because the solute lowers the vapor pressure of the solvent)
  8. The triple point of the solution is lower relative to the pure solvent
  9. Colligative property
  10. false
  11. The salt particles (solute) in the ocean make its freezing point lower than the freezing point of pure water
  12. Increasing concentration
  13. Kb
  14. The solute lowers the vapor pressure of the solvent
  15. Vapor
  16. The solvent is moving from an area with higher solute concentration to an area with lower solute concentration.
  17. The number of degrees the freezing point changes when 1 mole of solute dissolves in 1 kilogram of solvent
  18. True
  19. Tb > T°b
  20. Pouring salt on ice adds solutes to H2O, lowering the freezing point to prevent ice from freezing over the roads again
  21. Water moves out of the cell in a hypertonic solution.
  22. 5: evaporation
  23. Directly proportional
  24. The solution’s lower vapor pressure reduces the triple point, which reduces freezing point
  25. R = 0.0821 (L)atm / (mol)K
  26. The normal freezing point of a specified pure solvent
  27. A red blood cell in a hypotonic solution will explode because of the flow of water into the cell.