Part (a) : First we will calculate the sum of first 10 terms.
10 terms = 1+1/25+1/35+1/45+1/55= 1.036667
Now we will solve for error using integral approximation : -
Error (E) =
= 2.5*
(approx).
Part (b) :
The series above satisfies all three conditions of the alternating series test. Using the inequality above, we need to find an 'n' such that:
∣s−sn∣ ≤ ∣an+1∣ 
Now => (n+1)4 > 33333.333
n > 12.51
From this we can conclude that n > 12.51 for error less then 0.00003.
enor that is made by approximoting the I k: k5 1.a) Eslimote the the sum of...
Consider the following alternating series. (-1)*+ 1 3k k=1 (a) Show that the series satisfies the conditions of the Alternating Series Test. 1 3" Since lim o and an + 1 for all n, the series is convergent (b) How many terms must be added so the error in using the sum S, of the first n terms as an approximation to the sum n=10 X (c) Approximate the sum of the series so that the error is less than...
please
A) 0.2028 B) 0.4055 C) 0.47 D) 0.235 For the series given, determine how large n must be so that using the nth partial sum to approximate the series gives an error of no more than the stated error. 20) 20) A) 600 B) 1500 C) 300 D) 3000 Use the Comparison Test to determine if the series converges or diverges. an=_cosn -4 t cos n n-1 n A) diverges S>소 Converge 6)or verges 21) due-toe-sones, 21) n s...
* This is for CS 101 Java class. I can only use "while" loops. I
cannot use "for", "do-while" or any other repetition method.*
d. Create a new project Lab04d. In this part, you are going to compute arctan(x) in radians The following formula approximates the value of arctan(x) using Taylor series expansion: 2k +1 tan-1 (x) = > (-1)" 2k 1 k=0 Depending on the number of terms included in the summation the approximation becomes more accurate Your program...
I need these calculus 2 questions answered for me. I seem to be
some kind of close but not quite there. Please answer BOTH question
and I will upvote
se a series to find the first five terms of tan-tx3dx b) Find the minimum found in part a) nccessary to approximate dx so that error < 5 × 10 s, and approximate the definite integral with a partial mber of terms. c) Find an upper bound of the lerrorl of...
how to find the actual sum and how to find the maxinmum error,
do we have any formula? thanks
11 Let *(3n+1) Suppose we estimated Σ a" by computing the partial sum k-1-2+. According to the Alternating Series Estimation Theorem, (ak is an undenestimate, and the maximumerror is 12 (b) is an overestimate, and the maximum error is 24 (e) k is an overestimate, and the maximum error is 12 (d) The Alternating Series Estimation Theorem cannot be used because...
help me with this.
(1 point) (a) Evaluate the integral Your answer should be in the form kT, where k is an integer. What is the value of k? (Hint: darctan(z)- dr 2+1 tb) Now, lets evaluate the same integral using power series. First, find the power series for the function f(). Then, integrate it from 0 to 2, and call it S. S should be an infinite series an What are the first few terms of S 16 2+4...
1199031 Consider the following series 1 (a) Use a graphing utility to graph several partial suns of the series. 6 n-1 n-6 -3 (b) Find the sum of the series and its radius of convergence. (e) Use a graphing utility and 50 terms of the serles to approximate the sum when x -0.5. (Round your answer to six decimal (d) Determine what the approximation represents. The sum from part (c) is an approximation of In(0.3) Determine how good the approximation...
1.
2.
(1 point) Consider the following convergent series: Suppose that you want to approximate the value of this series by computing a partial sum, then bounding the error using the integral remainder estimate. In order to bound the value of the series between two numbers which are no more than 10 apart, what is the fewest number of terms of the series you would need? Fewest number of terms is 585 (1 point) Consider the following series: le(n Use...
1 Find the partial sum Sy of the series Ž Give your answer to five decimal places. n=1 3+41 Select one: a. Sz= 0.21555 b. S=0.19176 C. S7= 0.18985 d. Sz= 0.18975 e. Sz= 1.60976 Σ 3m Given the series m=1 4M(3m +5) |- estimate the error in using the partial sum sg by comparison with the series Σ 1 m=94m Select one: o a. Rg < 0.0000051 b. Rg < 0.000005 C. Rg > 0.0000052 d. R8 < 2.6130051...
Please answer "b" only.
%Example code
function plotFS(m);
%m = user provided number of terms desired in the Fourier series;
%this code computes the Fourier series of the function
%f(x)=0, for -pi<= x <0,
% =cos(x) for 0<= x <pi
%generate the interval from -pi to pi with step size h;
h = pi/100;
xx1=[-pi:h:0];
xx2=[0:h:pi];
xx = [xx1, xx2];
%generate the given function f so that it can be graphed
ff = [zeros(size(xx1)), cos(xx2)];
%compute the first partial sum...