1
answer
0
watching
57
views
13 Nov 2019
Please show your method to solve
:) Thank you!
3) Use the limit comparison test (you must show your work to get credit) to determine whether the series is convergent or divergent: Σn_1_n.7 5n3-7 xL 4) Find the interval of convergence of the power series 2-1 7m n-7n Problems 5 -7: Use a power series to compute each of the following correct to four decimal places. (To get credit, you must use a power series and show the terms that you use to get your value.) 0.4 1 dx 5) 6) sin 35° Hint: Change degrees to radians. 7) 1 cos(x) dx
Please show your method to solve
:) Thank you!
3) Use the limit comparison test (you must show your work to get credit) to determine whether the series is convergent or divergent: Σn_1_n.7 5n3-7 xL 4) Find the interval of convergence of the power series 2-1 7m n-7n Problems 5 -7: Use a power series to compute each of the following correct to four decimal places. (To get credit, you must use a power series and show the terms that you use to get your value.) 0.4 1 dx 5) 6) sin 35° Hint: Change degrees to radians. 7) 1 cos(x) dx
Tod ThielLv2
15 Mar 2019