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Contents and Introduction& x5 f9 a8 d& w4 f7 S+ \9 k+ f, S
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* q; n" a6 f( V2 \( y Chapter 1: Introduction and Fundamental Concepts % ]( W4 \5 [; ^9 P0 a* @
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Chapter 2: The Numerical Methods for Linear) {- r9 F8 a, Q& Q5 K+ `& C2 m
Equations and Matrices ' p5 g5 Y3 s i8 _3 j: P
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- P" ^1 r/ U# w2 B Chapter 3: Polynomial Approximation, Interpolation, and Orthogonal Polynomials
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Chapter 4: Numerical Evaluation of Derivatives and Integrals
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( ^8 S0 L0 [3 Z3 U& \' x$ Z7 k Chapter 5: Numerical Solution of Differential and Integral Equations
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Chapter 6: Least Squares, Fourier Analysis, and Related Approximation Norms $ u+ F* ^& v" q: p
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Chapter 7: Probability Theory and Statistics 7 y ~3 ~2 q' t0 B+ |- A2 ~7 C( s
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% R: o- }8 P, v) Q Chapter 8: Sampling Distributions of Moments, Statistical Tests, and Procedures
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* `* v# s! H( a c5 d9 e( r Index - `. L8 h M4 I" T) N7 F
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