Sveta writes the symbol for proper subset Take a direct sum Sveta writes "R- module" Use the 3rd Sylow Thm Define a group action Sveta says "finitely generated" Sveta mentions that we only work with comm. rings Prove a group is cyclic Find counterexample Say that one element divides another Sveta writes "EXR" in red ∃! Sveta writes "Slogan" Sveta gives example #0 Prove a group is Abelian Prove a group is not Abelian Prove a biconditional Adjoin x to a ring Use 1st Isom Thm Prove something is torsion- free Prove kernel = 0 Prove surjectivity Prove injectivity Say that Zorn's Lemma is logically AC Sveta writes the symbol for proper subset Take a direct sum Sveta writes "R- module" Use the 3rd Sylow Thm Define a group action Sveta says "finitely generated" Sveta mentions that we only work with comm. rings Prove a group is cyclic Find counterexample Say that one element divides another Sveta writes "EXR" in red ∃! Sveta writes "Slogan" Sveta gives example #0 Prove a group is Abelian Prove a group is not Abelian Prove a biconditional Adjoin x to a ring Use 1st Isom Thm Prove something is torsion- free Prove kernel = 0 Prove surjectivity Prove injectivity Say that Zorn's Lemma is logically AC
(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.
Sveta writes the symbol for proper subset
Take a direct sum
Sveta writes "R-module"
Use the 3rd Sylow Thm
Define a group action
Sveta says "finitely generated"
Sveta mentions that we only work with comm. rings
Prove a group is cyclic
Find counterexample
Say that one element divides another
Sveta writes "EXR" in red
∃!
Sveta writes "Slogan"
Sveta gives example #0
Prove a group is Abelian
Prove a group is not Abelian
Prove a biconditional
Adjoin x to a ring
Use 1st Isom Thm
Prove something is torsion-free
Prove kernel = 0
Prove surjectivity
Prove injectivity
Say that Zorn's Lemma is logically AC