Flashcard Set: Math for Data Mining
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Set Theory: name for sets that conta... Set Theory: the union of a collectio... Set Theory: the intersection of a co... Set Theory: disjoint sets S and T Set Theory: difference of sets S and... Set Theory: for every set S and non ... Set Theory: for every set S and non ... Set Theory: Set Theory: symmetric difference of ... Set Theory: an ordered pair Set Theory: C and D are 2 collections... Set Theory: hereditary collection C Set Theory: a collection C has finit... Set Theory: the trace of the collect... Set Theory: collection D and ED V E Set Theory: for collection D and E D... Set Theory: monotonicity of the Cart... Set Theory: a relation from S to S i... Set Theory: Cartesian product SxT is... Set Theory: identity relation of a s... Set Theory: let p and theta be relat... Set Theory: what promotes a relation... Set Theory: what makes p a one-to-on... Set Theory: define total relation p ... Set Theory: define onto relation p f... Set Theory: reflexive relation p on ... Set Theory: irreflexive relation p o... Set Theory: symmetric relation p on ... Set Theory: antisymmetric relation p... Set Theory: asymmetric relation p on... Set Theory: transitive relation p on... Set Theory: S and T are 2 sets and r... Set Theory: sets S and T with relati... Set Theory: a function ____ to each ... Set Theory: a one-to-one function is... Set Theory: if f is a function, then... Set Theory: for f: S -> T define ... Set Theory: for f: S -> Tdefine r... Set Theory: for set S define indicat... Set Theory: define simple function o... Set Theory: If s is an element of Se... Set Theory: Let x be a sequence, x i... Set Theory: let x be a sequence, x i... Set Theory: let x be a sequence, x is... Set Theory: let S={a,b,c,d} and x = ... Set Theory: Let T be a set. An infi... Set Theory: Let C = { Ci | i is memb... Set Theory: define sequence r on p a... Set Theory: Let S be a set and let r... Set Theory: Let x,y is member of Seq...
Set Theory: name for sets that conta... Set Theory: the union of a collectio... Set Theory: the intersection of a co... Set Theory: disjoint sets S and T Set Theory: difference of sets S and... Set Theory: for every set S and non ... Set Theory: for every set S and non ... Set Theory: Set Theory: symmetric difference of ... Set Theory: an ordered pair Set Theory: C and D are 2 collections... Set Theory: hereditary collection C Set Theory: a collection C has finit... Set Theory: the trace of the collect... Set Theory: collection D and ED V E Set Theory: for collection D and E D... Set Theory: monotonicity of the Cart... Set Theory: a relation from S to S i... Set Theory: Cartesian product SxT is... Set Theory: identity relation of a s... Set Theory: let p and theta be relat... Set Theory: what promotes a relation... Set Theory: what makes p a one-to-on... Set Theory: define total relation p ... Set Theory: define onto relation p f... Set Theory: reflexive relation p on ... Set Theory: irreflexive relation p o... Set Theory: symmetric relation p on ... Set Theory: antisymmetric relation p... Set Theory: asymmetric relation p on... Set Theory: transitive relation p on... Set Theory: S and T are 2 sets and r... Set Theory: sets S and T with relati... Set Theory: a function ____ to each ... Set Theory: a one-to-one function is... Set Theory: if f is a function, then... Set Theory: for f: S -> T define ... Set Theory: for f: S -> Tdefine r... Set Theory: for set S define indicat... Set Theory: define simple function o... Set Theory: If s is an element of Se... Set Theory: Let x be a sequence, x i... Set Theory: let x be a sequence, x i... Set Theory: let x be a sequence, x is... Set Theory: let S={a,b,c,d} and x = ... Set Theory: Let T be a set. An infi... Set Theory: Let C = { Ci | i is memb... Set Theory: define sequence r on p a... Set Theory: Let S be a set and let r... Set Theory: Let x,y is member of Seq...
