A series is given by 131+232+333+434+535+....Francine correctly applies the ratio test to determine whether the series converges or diverges.Which statement reflects Francine's conclusion? From the ratio test, r=13. The series diverges.From the ratio test, , r equals 1 third, . The series diverges.From the ratio test, r=13. The series converges.From the ratio test, , r equals 1 third, . The series converges.From the ratio test, r = 3. The series converges.From the ratio test, , r, = 3. The series converges.From the ratio test, r = 3. The series diverges. A series is given by + + + + +Francine correctly applies the ratio test to determine whether the series converges or diverges.Which statement reflects Francine's conclusion?O From the ratio test, r = 3. The series diverges.O From the ratio test, r = 3. The series converges.O From the ratio test, r = 3. The series converges.O From the ratio test, r = 3. The series diverges.

Answered: 131+232+333+434+535+.... Francine…

13th Edition

ISBN:9781133382119

Author:Swokowski

Publisher:Swokowski

Chapter10: Sequences, Series, And Probability

Section10.3: Geometric Sequences

Problem 82E

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A series is given by 131+232+333+434+535+....

Francine correctly applies the ratio test to determine whether the series converges or diverges.

Which statement reflects Francine's conclusion?

From the ratio test, r=13. The series diverges.

From the ratio test, , r equals 1 third, . The series diverges.
From the ratio test, r=13. The series converges.

From the ratio test, , r equals 1 third, . The series converges.
From the ratio test, r = 3. The series converges.

From the ratio test, , r, = 3. The series converges.
From the ratio test, r = 3. The series diverges.