1/4 = 0.25fractions anddecimals taughttogether - not inisolationCan youmake amodel toshow that?GuessandCheckCan youdescribe yourmethod to usall? Can youexplain why itworks?Why didyou decideto use thismethod?What do youknow that isnot stated inthe problem?Does youranswer seemreasonable?Why or whynot?Solvesimilar butsimplerproblemConstructa tableJustify andexplain, withaccurate languageand vocabulary,why theirsolution is correct.number3squared= 3x3 = 9Have youcomparedyour workwith anyoneelse’s?Communicatetheirreasoning andsolution toothers.Compare andcontract varioussolution strategiesand explain thereasoning ofothers.How manycupcakes dowe need forour classparty?problemsolvingReasoningThe symbols andprocedures ofmath and theconceptual ideathat the symbolismrepresents is amath connection.WorkbackwardHow manystudents willbe in eachgroup?Stay with aproblem formore thanone attemptWhy isthattrue?Convert situationsinto symbols toappropriately solveproblems as well asconvert symbolsinto meaningfulsituationsUse appropriatesymbols,vocabulary, andlabeling toeffectivelycommunicate andexchange ideas1/4 = 0.25fractions anddecimals taughttogether - not inisolationCan youmake amodel toshow that?GuessandCheckCan youdescribe yourmethod to usall? Can youexplain why itworks?Why didyou decideto use thismethod?What do youknow that isnot stated inthe problem?Does youranswer seemreasonable?Why or whynot?Solvesimilar butsimplerproblemConstructa tableJustify andexplain, withaccurate languageand vocabulary,why theirsolution is correct.number3squared= 3x3 = 9Have youcomparedyour workwith anyoneelse’s?Communicatetheirreasoning andsolution toothers.Compare andcontract varioussolution strategiesand explain thereasoning ofothers.How manycupcakes dowe need forour classparty?problemsolvingReasoningThe symbols andprocedures ofmath and theconceptual ideathat the symbolismrepresents is amath connection.WorkbackwardHow manystudents willbe in eachgroup?Stay with aproblem formore thanone attemptWhy isthattrue?Convert situationsinto symbols toappropriately solveproblems as well asconvert symbolsinto meaningfulsituationsUse appropriatesymbols,vocabulary, andlabeling toeffectivelycommunicate andexchange ideas

Mathematical Practices - 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.


1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
  1. 1/4 = 0.25 fractions and decimals taught together - not in isolation
  2. Can you make a model to show that?
  3. Guess and Check
  4. Can you describe your method to us all? Can you explain why it works?
  5. Why did you decide to use this method?
  6. What do you know that is not stated in the problem?
  7. Does your answer seem reasonable? Why or why not?
  8. Solve similar but simpler problem
  9. Construct a table
  10. Justify and explain, with accurate language and vocabulary, why their solution is correct.
  11. number
  12. 3 squared = 3x3 = 9
  13. Have you compared your work with anyone else’s?
  14. Communicate their reasoning and solution to others.
  15. Compare and contract various solution strategies and explain the reasoning of others.
  16. How many cupcakes do we need for our class party?
  17. problem solving
  18. Reasoning
  19. The symbols and procedures of math and the conceptual idea that the symbolism represents is a math connection.
  20. Work backward
  21. How many students will be in each group?
  22. Stay with a problem for more than one attempt
  23. Why is that true?
  24. Convert situations into symbols to appropriately solve problems as well as convert symbols into meaningful situations
  25. Use appropriate symbols, vocabulary, and labeling to effectively communicate and exchange ideas