Let 2 be a non-empty set. Let Fo be the collection of all subsets such that either A or AC is finite. (a) Show that Fo is a field. Define for E E Fo the set function P by 0, P(E) = { if E is finite, if EC is finite. 1, (b) If S2 is countably infinite, show P is finitely additive but not o-additive. (c) If S2 is uncountable, show P is o-additive on Fo.

A First Course in Probability (10th Edition)
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ISBN:9780134753119
Author:Sheldon Ross
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Chapter1: Combinatorial Analysis
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Let 2 be a non-empty set. Let Fo be the collection of all subsets such that
either A or AC is finite.
(a) Show that Fo is a field.
Define for E E Fo the set function P by
0,
if E is finite,
P(E) = { 1,
if EC is finite.
(b) If S2 is countably infinite, show P is finitely additive but not o-additive.
(c) If S2 is uncountable, show P is o-additive on Fo.
Transcribed Image Text:Let 2 be a non-empty set. Let Fo be the collection of all subsets such that either A or AC is finite. (a) Show that Fo is a field. Define for E E Fo the set function P by 0, if E is finite, P(E) = { 1, if EC is finite. (b) If S2 is countably infinite, show P is finitely additive but not o-additive. (c) If S2 is uncountable, show P is o-additive on Fo.
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