Let π = {π, π, π} and π = {(π, π), (π, π), (π, π), (π, π), (π, π)}, findΒ [π], [π]Β and [π] (that is the equivalent class of a, b, and c). Hence or otherwiseΒ Β find the set of equivalent class of π, π and π?
Let "\ud835\udc46 = \\{\ud835\udc4e, \ud835\udc4f, \ud835\udc50\\}" and "\ud835\udc45 = \\{(\ud835\udc4e, \ud835\udc4e), (\ud835\udc4f, \ud835\udc4f), (\ud835\udc50, \ud835\udc50), (\ud835\udc4f, \ud835\udc50), (\ud835\udc50, \ud835\udc4f)\\}". Taking into account that "[x]=\\{y\\in S:(y,x)\\in R\\}", we conclude that Β "[\ud835\udc4e]=\\{a\\},\\ [b]=\\{b,c\\},\\ [c]=\\{ c, b\\}=[b]." The set of equivalent classes is "\\{[a],[b]\\}."
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