1.99 See Answer

Question: Use the sum of the first 10

Use the sum of the first 10 terms to approximate the sum of the series
Use the sum of the first 10 terms to approximate the sum of the series

Use Exercise 46 to estimate the error.

Data from Exercise 46:

Let / be a series with positive terms and let / Suppose that / converges by the Ratio Test. As usual, we let Rn be the remainder after n terms, that is,
(a) If / is a decreasing sequence and / show, by summing a geometric series, that
(b) If / is an increasing sequence, show that

Use Exercise 46 to estimate the error. Data from Exercise 46: Let / be a series with positive terms and let / Suppose that / converges by the Ratio Test. As usual, we let Rn be the remainder after n terms, that is,
Use the sum of the first 10 terms to approximate the sum of the series

Use Exercise 46 to estimate the error.

Data from Exercise 46:

Let / be a series with positive terms and let / Suppose that / converges by the Ratio Test. As usual, we let Rn be the remainder after n terms, that is,
(a) If / is a decreasing sequence and / show, by summing a geometric series, that
(b) If / is an increasing sequence, show that

(a) If / is a decreasing sequence and / show, by summing a geometric series, that
Use the sum of the first 10 terms to approximate the sum of the series

Use Exercise 46 to estimate the error.

Data from Exercise 46:

Let / be a series with positive terms and let / Suppose that / converges by the Ratio Test. As usual, we let Rn be the remainder after n terms, that is,
(a) If / is a decreasing sequence and / show, by summing a geometric series, that
(b) If / is an increasing sequence, show that

(b) If / is an increasing sequence, show that
Use the sum of the first 10 terms to approximate the sum of the series

Use Exercise 46 to estimate the error.

Data from Exercise 46:

Let / be a series with positive terms and let / Suppose that / converges by the Ratio Test. As usual, we let Rn be the remainder after n terms, that is,
(a) If / is a decreasing sequence and / show, by summing a geometric series, that
(b) If / is an increasing sequence, show that





Transcribed Image Text:

2" Ea, = an+1/an. lim, >~ Γ =L< 1, so Σ a, 8.


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1.99

See Answer