Determine whether the series is convergent or divergent.

(a) _n=3 (n ^0.99999 )

(b) 1 /4 + 1 /9 + 1 /14 + 1 /19 + 1 /24 +...

(c) _n=1 ((2)/( n² +49))

-Classify the series as p-series, geometric, or an equation of n.

-Use either the p-series test (if p > 1, a p-series is convergent; if p1 , a p-series is divergent), the geometric series test (a geometric series converges if | r| < 1), or the Integral Test to determine if the series is convergent or divergent.