- 4 Evaluate The Following Integral As A Power Series Ln 1 X3 Dx A N 0 N 1 3n 3 1 Nx3n 3 B N 0 4n 1 4n X 1 (55.74 KiB) Viewed 16 times
4: Evaluate the following integral as a power series. ∫ln(1−x3)dx (A) n=0∑∞(n+1)(3n+3)(−1)nx3n+3 (B) n=0∑∞(4n+1)(4n)x
-
answerhappygod
- Site Admin
- Posts: 899604
- Joined: Mon Aug 02, 2021 8:13 am
4: Evaluate the following integral as a power series. ∫ln(1−x3)dx (A) n=0∑∞(n+1)(3n+3)(−1)nx3n+3 (B) n=0∑∞(4n+1)(4n)x
4: Evaluate the following integral as a power series. ∫ln(1−x3)dx (A) n=0∑∞(n+1)(3n+3)(−1)nx3n+3 (B) n=0∑∞(4n+1)(4n)x4n+1 (C) −n=0∑∞(n+1)(3n+4)x3n+4 (D) −n=0∑∞(n+1)(3n+3)x3n+3 (E) −n=0∑∞(3n+2)(3n)x3n+4 (F) n=0∑∞(n+1)(4n+2)(−1)nx4n+2 (G) n=0∑∞(n+1)(3n+4)(−1)nx3n+4 (H) −n=0∑∞(n+1)(4n+2)x4n+2
Join a community of subject matter experts. Register for FREE to view solutions, replies, and use search function. Request answer by replying!