For this problem. round all answers to 6 decimal places. 00 5 a Com utes ofE 4 00 (b) Estimate the error in using 54 as an approximation of the sum of the series. (Le. use f f(m)d:r: 2 R4) 4 (c) Use n = 4 and 5\" + foo f(a:)d:1: S s 5 3n + foo f(:L')d:c n+1 n to find a better estimate of the sum. S s S The series i 1 \":1 (4n + 2)3 is convergent. (A). According to the Remainder Estimate for the Integral Test, the error in the approximation 3 z s\" is lssnISfmrva: (8). Find the smallest value of n such that the error in the approximation is less than 0.00009 . n: Use the Integral Test to determine whether the series converges or diverges. f (11:) dz: = , by the Integral Test the series ? v