Sequences in Real Numbers (R) - Introduction to Analysis

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Question

What term does the following define.

A sequence of sets $\begin{Bmatrix} I_n $\end{Bmatrix}_{n\ \epsilon\ \mathbb{N}$}$ is if and only if $I_1\supseteq I_2\supseteq ...$ .

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Answer

This statement:

A sequence of sets $\begin{Bmatrix} I_n $\end{Bmatrix}_{n\ \epsilon\ \mathbb{N}$}$ is if and only if $I_1\supseteq I_2\supseteq ...$

is the definition of nested.

This means that the sequence for all elements, for which belongs to the natural numbers, is considered a nested set if and only if the subsequent sets are subsets of it.

Other theorems in intro analysis build off this understanding.

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Question

What term does the following define.

A sequence of sets $\begin{Bmatrix} I_n $\end{Bmatrix}_{n\ \epsilon\ \mathbb{N}$}$ is if and only if $I_1\supseteq I_2\supseteq ...$ .

Tap to reveal answer

Answer

This statement:

A sequence of sets $\begin{Bmatrix} I_n $\end{Bmatrix}_{n\ \epsilon\ \mathbb{N}$}$ is if and only if $I_1\supseteq I_2\supseteq ...$

is the definition of nested.

This means that the sequence for all elements, for which belongs to the natural numbers, is considered a nested set if and only if the subsequent sets are subsets of it.

Other theorems in intro analysis build off this understanding.

← Didn't Know|Knew It →

Question

What term does the following define.

A sequence of sets $\begin{Bmatrix} I_n $\end{Bmatrix}_{n\ \epsilon\ \mathbb{N}$}$ is if and only if $I_1\supseteq I_2\supseteq ...$ .

Tap to reveal answer

Answer

This statement:

A sequence of sets $\begin{Bmatrix} I_n $\end{Bmatrix}_{n\ \epsilon\ \mathbb{N}$}$ is if and only if $I_1\supseteq I_2\supseteq ...$

is the definition of nested.

This means that the sequence for all elements, for which belongs to the natural numbers, is considered a nested set if and only if the subsequent sets are subsets of it.

Other theorems in intro analysis build off this understanding.

← Didn't Know|Knew It →

Question

What term does the following define.

A sequence of sets $\begin{Bmatrix} I_n $\end{Bmatrix}_{n\ \epsilon\ \mathbb{N}$}$ is if and only if $I_1\supseteq I_2\supseteq ...$ .

Tap to reveal answer

Answer

This statement:

A sequence of sets $\begin{Bmatrix} I_n $\end{Bmatrix}_{n\ \epsilon\ \mathbb{N}$}$ is if and only if $I_1\supseteq I_2\supseteq ...$

is the definition of nested.

This means that the sequence for all elements, for which belongs to the natural numbers, is considered a nested set if and only if the subsequent sets are subsets of it.

Other theorems in intro analysis build off this understanding.

← Didn't Know|Knew It →

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