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Integral Calculus

Course: Integral Calculus > Unit 5

Lesson 13: Power series intro

Power series intro
Worked example: interval of convergence
Interval of convergence

Interval of convergence

AP.CALC: LIM‑8 (EU), LIM‑8.D (LO), LIM‑8.D.1 (EK), LIM‑8.D.2 (EK), LIM‑8.D.3 (EK), LIM‑8.D.4 (EK)

sum, start subscript, n, equals, 1, end subscript, start superscript, infinity, end superscript, start fraction, 3, left parenthesis, x, plus, 1, right parenthesis, start superscript, n, end superscript, divided by, n, dot, 4, start superscript, n, end superscript, end fraction

What is the interval of convergence of the series?

(Choice A)
minus, 4, is less than or equal to, x, is less than, 2
(Choice B)
minus, 5, is less than or equal to, x, is less than or equal to, 3
(Choice C)
minus, 4, is less than or equal to, x, is less than or equal to, 2
(Choice D)
minus, 5, is less than or equal to, x, is less than, 3

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Integral Calculus

Course: Integral Calculus > Unit 5

Problem