Let A1, A2, ..., An be a family of distinct finite sets of positive integers where n = m² +1. Show that there exist at least m +1 of these sets, say Ak, Ak 3 ..., Akm+1, such that Ak, U Ak, ordered set P = ({A1, A2,..., An}, C).) Ak does not hold for all distinct kr, ks, kt. (Hint: Consider the partially

Advanced Engineering Mathematics
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Chapter2: Second-order Linear Odes
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= m2 +1.
Let A1, A2,..., An be a family of distinct finite sets of positive integers where
Show that there exist at least m +1 of these sets, say Ak, Ak2,..., Akm+1, such that
Ak, U Ak,
ordered set P = ({A1, A2, ... , An}, C).)
Ak, does not hold for all distinct kr, ks, kt. (Hint: Consider the partially
Transcribed Image Text:= m2 +1. Let A1, A2,..., An be a family of distinct finite sets of positive integers where Show that there exist at least m +1 of these sets, say Ak, Ak2,..., Akm+1, such that Ak, U Ak, ordered set P = ({A1, A2, ... , An}, C).) Ak, does not hold for all distinct kr, ks, kt. (Hint: Consider the partially
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