Recent questions in Rational functions

Stefan Hendricks
2021-12-20
Answered

jack89515lg
2021-12-01
Answered

texelaare
2021-09-25
Answered

Tahmid Knox
2021-09-24
Answered

Sinead Mcgee
2021-09-22
Answered

(a) rewrite the sum as a rational function S(n), (b) use S(n) to complete the table, and (c) find \(\displaystyle\lim_{{n}→∞}{S}{\left({n}\right)}\)

\(S(n)=100, 101, 102, 103, 104\)

\(\displaystyle{\sum_{{{i}={1}}}^{{n}}}{\frac{{{3}}}{{{n}^{{{3}}}}}}{\left({1}+{i}^{{{2}}}\right)}\)

Tazmin Horton
2021-09-21
Answered

\(\displaystyle\int{\frac{{{1}+\epsilon^{{{x}}}}}{{{1}-\epsilon^{{{x}}}}}}{\left.{d}{x}\right.}\)

Cheyanne Leigh
2021-09-19
Answered

Use substitution to convert the integrals to integrals of rational functions. Then use partial fractions to evaluate the integrals. \(\int \frac{dx}{\sqrt{x}+\sqrt[4]{x}}\)

smileycellist2
2021-09-17
Answered

a) \(\displaystyle{j}{\left({x}\right)}=-{\frac{{{6}}}{{{x}+{4}}}}+{7}\)

b) \(\displaystyle{k}{\left({x}\right)}={\frac{{{x}+{6}}}{{{2}{x}-{4}}}}\)