Description: Define the -coset of . Exercise 35 of [Enderton] p. 61. This
is called the equivalence class of modulo when is
an
equivalence relation. In this case, is a representative (member) of
the equivalence class   ![]](rbrack.gif) , which contains all sets that are
equivalent to .
Definition of [Enderton] p. 57 uses the
notation
  (subscript) , although we simply follow the brackets by
since we don't
have subscripted expressions. For an alternate
definition, see dfec2 5949. (Contributed by set.mm contributors,
22-Feb-2015.) |