By Tepper L. Gill, Woodford W. Zachary

The unique inspiration of the organizers of the Washington Symposium used to be to span a pretty slender variety of issues on a few contemporary strategies built for the research of nonlinear partial differential equations and speak about those in a discussion board of specialists. It quickly turned transparent, even though, that the dynamical structures technique interfaced considerably with many vital branches of utilized arithmetic. subsequently, the scope of this ensuing lawsuits quantity is an enlarged one with assurance of a much wider diversity of analysis issues.

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**Example text**

2n > 100, 000 =⇒ n > 16. The minimum number of iterations required is n = 17. 000001 2n =⇒ 2n > 1, 000, 000 =⇒ The minimum number of iterations required is n = 20. 4. 90625. 09764. CHAPTER 2. REVIEW EXERCISES 1. x2 − 3 32 − 3 = = 1. x→3 x + 3 3+3 2. lim lim x→2 x2 x2 + 4 22 + 4 8 = 2 = . + 2x + 1 2 + 2(2) + 1 9 3. (x − 3)2 0 = = 0. x→3 x + 3 6 4. lim 5. 6. 7. lim x→3 x2 x2 − 9 (x − 3)(x + 3) x+3 = lim = lim = 6. − 5x + 6 x→3 (x − 2)(x − 3) x→3 x − 2 lim x−2 x−2 = lim = 1. |x − 2| x→2+ x − 2 lim |x| −x 1 = lim =− .

3. > 0. Since f is continuous at c, there exists δ > 0 such that if |x − c| < δ then |f (x) − f (c)| < . Now, since | |f (x)| − |f (c)| | ≤ |f (x) − f (c)|, it follows that | |f (x)| − |f (c)| | < if |x − c| < δ. Thus, |f | is continuous at c. (b) Let f (x) = 1, x=1 −1, x = 1. Then f is not continuous at x = 1. However, |f (x)| = 1 for all x is continuous everywhere. 5 (c) Let 1, f (x) = x rational Then f is nowhere continuous. −1, x irratiional. However, |f (x)| = 1 for all x is continuous everywhere.

Sin x (sin x)/x = lim ; 2 x→0 x x→0 x 9. sin2 x2 = lim sin x2 x→0 x2 lim sin x2 = 0(1) = 0 x→0 x2 = lim x · lim 1 sin x 1 1 = lim = 2x csc x 2 x→0 x 2 1 − cos 4x = lim x→0 9x2 = lim 1 − cos 4x 9x2 21. 1 + cos 4x 1 + cos 4x sin 2x 2x 2 1 = −4 cos2 2x 2x2 + x x = lim (2x + 1) =1 x→0 sin x x→0 sin x lim = lim x→0 1 − cos2 4x 9x2 (1 + cos 4x) sin2 4x sin2 4x 16 16 1 8 1 = lim = ·1· = · + cos 4x) 9 x→0 (4x)2 1 + cos 4x 9 2 9 x→0 9x2 (1 23. 24. 5 1 −1 sec x − 1 1 − cos x cos x = lim =0 25. lim = lim x→0 x sec x x→0 x→0 1 x x cos x √ 1 − cos x 1 − cos(π/4) 4−2 2 = = 26.