Question

give an example of a divergent infinite series whose terms converge to 4

give an example of a divergent infinite series whose terms converge to 4

Homework Answers

Answer #1

Take infinite series

Terms of this series is given by it corresponding sequence,

  

i. e. as we increses values of n=1,2,3,4..... terms of sequence going closer to 4. If we keep on incresing n then terms goes more closer to 4.It means that terms of sequence converges to 4.

Or more simply,

Means, terms of sequence conververges to 4.

But, Series   is divergent.

Note That : is convergent if p > 1, otherwise divergent.

​​​​​​ is divergent always, k is constant.

Thus,   is divergent as both of summation are divergent.

Hence, if is our required example.

Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
Given the alternating series: sigma(2 to infinity): (-1)^n / ln n Determine if the series converge...
Given the alternating series: sigma(2 to infinity): (-1)^n / ln n Determine if the series converge absolutely.    (Use the fact that: ln n < n) Determine if the series converge conditionally. (Estimate the sum of the infinite series using the first 4 terms in the series and estimate the error. How many terms should we use to approximate the sum of the infinite series in question, if we want the error to be less than 0.5?
Find the sum of the following infinite series. If it is divergent, type "Diverges" or "D"....
Find the sum of the following infinite series. If it is divergent, type "Diverges" or "D". 5+2+45+825+⋯ sum:
Find an example of a sequence, {xn}, that does not converge, but has a convergent subsequence....
Find an example of a sequence, {xn}, that does not converge, but has a convergent subsequence. Explain why {xn} (the divergent sequence) must have an infinite number of convergent subsequences.
Given the alternating series:    n=2∞(-1)^n/ln(n) (7 pts) Determine if the series converge absolutely.    (Use the fact...
Given the alternating series:    n=2∞(-1)^n/ln(n) (7 pts) Determine if the series converge absolutely.    (Use the fact that: ln n < n ) (7 pts) Determine if the series converge conditionally. (7 pts) Estimate the sum of the infinite series using the first 4 terms in the series and estimate the error. (7 pts) How many terms should we use to approximate the sum of the infinite series in question, if we want the error to be less than 0.5?
*answer in detail, give example Suppose a given alternating series diverges. Can it converge absolutely? (yes...
*answer in detail, give example Suppose a given alternating series diverges. Can it converge absolutely? (yes or no?) Justify your answer.
18. Give an example. 1. A series whose first term is 20 and whose sum converges...
18. Give an example. 1. A series whose first term is 20 and whose sum converges to 30. 2. A series that converges conditionally and whose denominator is 7k^7. 3. A series that diverges but is inconclusive when applying the Ratio Test.
prove whether the following series converge absolutely, converge conditionally or diverge give limit a) sum of...
prove whether the following series converge absolutely, converge conditionally or diverge give limit a) sum of (-5)n /n! from 0 to infinity b) sum of 1/nn from 0 to infinity c) sum of (-1)n /(1 + 1/n) from 0 to infinity d) sum of 1/5n from 0 to infinity
Find the solution of the nonlinear differential equation in terms of an infinite power series and...
Find the solution of the nonlinear differential equation in terms of an infinite power series and derive a formula for the coefficients of the power series expansion for y(x). y'' - x*y = 0
Give an example of a convergent alternating series where the conditions of the alternating series test...
Give an example of a convergent alternating series where the conditions of the alternating series test do not hold. You don’t need to give an explicit formula for the terms of the series. Just describe it in words if you prefer. Carefully justify your answer.
Consider the following series: lim n=1 to infinite 1 + 2n/ 3^n (a) Determine the value...
Consider the following series: lim n=1 to infinite 1 + 2n/ 3^n (a) Determine the value of s2, the second partial sum. (b) Does the series converge? Explain why or why not