Now that we have shown the existence of Euler's constant the hard way we will solve a

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Now that we have shown the existence of Euler's constant the hard way we will solve a much more general problem the easy way and watch y appear out of thin air, so to speak. Let f be continuous and decreasing on [1, () and let
Now that we have shown the existence of Euler's constant

Bn is the area of the shaded region in Figure 3.
(a) Why is it obvious that Bn increases with n?
(b) Show that Bn ( f(1). Simply shift all the little shaded pieces leftward into the first rectangle.

Now that we have shown the existence of Euler's constant

(d) How do we get ( out of this?

Now that we have shown the existence of Euler's constant
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Related Book For  book-img-for-question

Calculus

ISBN: 978-0131429246

9th edition

Authors: Dale Varberg, Edwin J. Purcell, Steven E. Rigdon

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