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Proving summation series inequality
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[QUOTE="karan000, post: 4554102, member: 409931"] [B]Question[/B] [PLAIN]http://puu.sh/52zAa.png[/PLAIN] [B]Attempt[/B] [PLAIN]http://puu.sh/52AVq.png[/PLAIN] I've attempted to use Riemann sums and use the integral to prove the inequality, not sure if this was the right approach to start with as I am now stuck and don't see what to do next. For part (b), I know that if (2√n -2) → ∞ as n → ∞, then Sn → ∞ for n → ∞ hence the summation series is divergent. [/QUOTE]
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Proving summation series inequality
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