Svetamakes amathmistakeSvetawrites a"slogan"We usetheinclusionmapWeprove alemmaWe usethequotientmapWe callsomething"free" (e.g.freemodules)We adjoinanelementto a ringSveta writesan existsand isuniquesymbolWe do aninductiveproofWe provesomethingis a ringSvetawrites a"warning"Svetawrites"iff"We have aring that isnotcommutativeWe use thechineseremaindertheoremWe prove anoperation iswell-definedSvetamakes agrammaticalmistakeSveta writestheisomorphismsymbolSvetacalls agroup"Abelian"We use theisomorphismtheoremsWe do aproof bycontradictionSvetawrites"Prop"We use auniversalpropertySvetawrites"Theorem"We assumesomethingfrom apreviousmath classSvetamakes amathmistakeSvetawrites a"slogan"We usetheinclusionmapWeprove alemmaWe usethequotientmapWe callsomething"free" (e.g.freemodules)We adjoinanelementto a ringSveta writesan existsand isuniquesymbolWe do aninductiveproofWe provesomethingis a ringSvetawrites a"warning"Svetawrites"iff"We have aring that isnotcommutativeWe use thechineseremaindertheoremWe prove anoperation iswell-definedSvetamakes agrammaticalmistakeSveta writestheisomorphismsymbolSvetacalls agroup"Abelian"We use theisomorphismtheoremsWe do aproof bycontradictionSvetawrites"Prop"We use auniversalpropertySvetawrites"Theorem"We assumesomethingfrom apreviousmath class

Algebra 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. Sveta makes a math mistake
  2. Sveta writes a "slogan"
  3. We use the inclusion map
  4. We prove a lemma
  5. We use the quotient map
  6. We call something "free" (e.g. free modules)
  7. We adjoin an element to a ring
  8. Sveta writes an exists and is unique symbol
  9. We do an inductive proof
  10. We prove something is a ring
  11. Sveta writes a "warning"
  12. Sveta writes "iff"
  13. We have a ring that is not commutative
  14. We use the chinese remainder theorem
  15. We prove an operation is well-defined
  16. Sveta makes a grammatical mistake
  17. Sveta writes the isomorphism symbol
  18. Sveta calls a group "Abelian"
  19. We use the isomorphism theorems
  20. We do a proof by contradiction
  21. Sveta writes "Prop"
  22. We use a universal property
  23. Sveta writes "Theorem"
  24. We assume something from a previous math class