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(1) Test for convergence the series below: (2) n=1 1 nn 3n (c) 4n+2 n=1 () n + n + 1 n=1 n4 +
(1) Test for convergence the series below: (2) n=1 1 nn 3n (c) 4n+2 n=1 () n + n + 1 n=1 n4 + m 3n () 4n 2' n=1 (2) Test for convergence the alternating series below: (a) (-1)n-1e2/n n=1 (b) (1)^- (n+1 n). n=1
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Probability and Random Processes With Applications to Signal Processing and Communications
Authors: Scott Miller, Donald Childers
2nd edition
123869811, 978-0121726515, 121726517, 978-0130200716, 978-0123869814
