4. Use the Corollary to the Integration Theorem to integrate the geometric series ∞ -Σt tn n=0 term by term from -x to x, where x € (-1, 1) to obtain a series for 1 1 Simplify your answer the form - In t = x 1+1). a₁ + a₁x + a₂x² + a3x³ + a₁x² + a5x5 + α6x6 + a7x² + ..., .6 where you find the numbers ao, a1, A2, A3, A4, A5, A6, and a7 (some of them are 0).
4. Use the Corollary to the Integration Theorem to integrate the geometric series ∞ -Σt tn n=0 term by term from -x to x, where x € (-1, 1) to obtain a series for 1 1 Simplify your answer the form - In t = x 1+1). a₁ + a₁x + a₂x² + a3x³ + a₁x² + a5x5 + α6x6 + a7x² + ..., .6 where you find the numbers ao, a1, A2, A3, A4, A5, A6, and a7 (some of them are 0).
4. Use the Corollary to the Integration Theorem to integrate the geometric series ∞ -Σt tn n=0 term by term from -x to x, where x € (-1, 1) to obtain a series for 1 1 Simplify your answer the form - In t = x 1+1). a₁ + a₁x + a₂x² + a3x³ + a₁x² + a5x5 + α6x6 + a7x² + ..., .6 where you find the numbers ao, a1, A2, A3, A4, A5, A6, and a7 (some of them are 0).
Branch of mathematical analysis that studies real numbers, sequences, and series of real numbers and real functions. The concepts of real analysis underpin calculus and its application to it. It also includes limits, convergence, continuity, and measure theory.