1. (a) Let an→ 2. Prove from first principles (i.e. give a direct e-N proof) that a → 4. (b) Let an → 4. Prove that (an) has a subsequence which converges either to 2 or -2. (c) Let a →→ 4. Prove from first principles (i.e. give a direct e-N proof) that |an| → 2.

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
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1. (a) Let an 2. Prove from first principles (i.e. give a direct e-N proof) that az → 4.
(b) Let a → 4. Prove that (an) has a subsequence which converges either to 2 or
-2.
(c) Let a →→ 4. Prove from first principles (i.e. give a direct ɛ-N proof) that
2.
an
Transcribed Image Text:1. (a) Let an 2. Prove from first principles (i.e. give a direct e-N proof) that az → 4. (b) Let a → 4. Prove that (an) has a subsequence which converges either to 2 or -2. (c) Let a →→ 4. Prove from first principles (i.e. give a direct ɛ-N proof) that 2. an
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