Let
a_(n)=(6n)/(8n 1)
. (a) Determine whether
{a_(n)}
is convergent or divergent. If it is convergent, find the limit. (If the quantity diverges, enter DIVERGES.)
◻
(b) Determine whether
\sum_(n=1)^(\infty ) a_(n)
is convergent. Converges; the limit of the terms
a_(n)
is a constant as
n
goes to
\infty
. Converges; the series is a constant multiple of a geometric series Diverges; the series is a constant multiple of the harmonic series. Diverges; the limit of the terms
a_(n)
is not 0 as
n
goes to
\infty
. Diverges; the sequence
a_(n)
diverges as
n
goes to
\infty
.