Chapter 5.2: Infinite Series

0.0(0)
learnLearn
examPractice Test
spaced repetitionSpaced Repetition
heart puzzleMatch
flashcardsFlashcards
Card Sorting

1/12

encourage image

There's no tags or description

Looks like no tags are added yet.

Study Analytics
Name
Mastery
Learn
Test
Matching
Spaced

No study sessions yet.

13 Terms

1
New cards
<p>What does this evaluate to?</p>

What does this evaluate to?

2

2
New cards
<p>Show how this series diverges</p>

Show how this series diverges

Example 5.7

<p>Example 5.7</p>
3
New cards
<p>Show how this series diverges</p>

Show how this series diverges

Example 5.7

<p>Example 5.7</p>
4
New cards
<p>Show How this series diverges</p>

Show How this series diverges

Example 5.7

<p>Example 5.7</p>
5
New cards
<p>Write the complete summation for this series if it started at n = 1 </p>

Write the complete summation for this series if it started at n = 1

n/a

<p>n/a</p>
6
New cards
<p>Re-index the following series to start at 1 and then seperatey at 5</p>

Re-index the following series to start at 1 and then seperatey at 5

n/a

<p>n/a</p>
7
New cards
<p>Re-index the following series to start at 1. You can introduce new variables</p>

Re-index the following series to start at 1. You can introduce new variables

n/a

<p>n/a</p>
8
New cards
<p>Solve the following infinitte series, if it converges apply the <strong>Algebraic Properties of Convergent Series</strong>  (NOTE: You have to use some assumptions)</p>

Solve the following infinitte series, if it converges apply the Algebraic Properties of Convergent Series (NOTE: You have to use some assumptions)

n/a

<p>n/a</p>
9
New cards
<p>when can you use algebraic <strong><span>Properties of Convergent Series?</span></strong></p>

when can you use algebraic Properties of Convergent Series?

when both both series converge

10
New cards
<p>In this formula, what is “a” </p>

In this formula, what is “a”

initial term

11
New cards
<p>In this general formula for a geometric series, what is “r” </p>

In this general formula for a geometric series, what is “r”

ratio, since its the ratio of the each term to the previous term

13
New cards
<p>Hint, you can only apply the a/1-r for a geometric series in the form ar^(k-1). You shouild </p>

Hint, you can only apply the a/1-r for a geometric series in the form ar^(k-1). You shouild