Question

For each of the following collections of sets, define a set $A_n$ for each $n \in \mathbf{N}$ such that the indexed collection $\left\{A_n\right\}_{n \in \mathrm{N}}$ is precisely the given collection of sets. Then find both the union and intersection of the indexed collection of sets. (a) $\{[1,2+1),[1,2+1 / 2),[1,2+1 / 3), \ldots\}$ (b) $\{(-1,2),(-3 / 2,4),(-5 / 3,6),(-7 / 4,8), \ldots\}$.

   For each of the following collections of sets, define a set $A_n$ for each $n \in \mathbf{N}$ such that the indexed collection $\left\{A_n\right\}_{n \in \mathrm{N}}$ is precisely the given collection of sets. Then find both the union and intersection of the indexed collection of sets.
(a) $\{[1,2+1),[1,2+1 / 2),[1,2+1 / 3), \ldots\}$
(b) $\{(-1,2),(-3 / 2,4),(-5 / 3,6),(-7 / 4,8), \ldots\}$.
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Mathematical Proofs: A Transition to Advanced Mathematics
Mathematical Proofs: A Transition to Advanced Mathematics
Gary Chartrand,… 3rd Edition
Chapter 1, Problem 42 ↓

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The collection of sets is \(\{[1, 2+1), [1, 2+1/2), [1, 2+1/3), \ldots\}\).  Show more…

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For each of the following collections of sets, define a set $A_n$ for each $n \in \mathbf{N}$ such that the indexed collection $\left\{A_n\right\}_{n \in \mathrm{N}}$ is precisely the given collection of sets. Then find both the union and intersection of the indexed collection of sets. (a) $\{[1,2+1),[1,2+1 / 2),[1,2+1 / 3), \ldots\}$ (b) $\{(-1,2),(-3 / 2,4),(-5 / 3,6),(-7 / 4,8), \ldots\}$.
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