Download e-book for iPad: Data Reduction and Error Analysis for Physical Sciences by Philip Bevington, D. Keith Robinson

By Philip Bevington, D. Keith Robinson

ISBN-10: 0072472278

ISBN-13: 9780072472271

The aim of this booklet is to supply an advent to the recommendations of statistical research of information for college kids on the undergraduate and graduate point, and to supply instruments for info relief and mistake research ordinarily required within the actual sciences. The presentation is constructed from a realistic perspective, together with adequate derivation to justify the implications, yet emphasizing tools of dealing with information greater than concept. The textual content presents a number of numerical and graphical options. laptop courses that aid those strategies should be on hand on an accompanying web site in either Fortran and C++.

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Extra resources for Data Reduction and Error Analysis for Physical Sciences

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Iii) Show, using only proven results and supposition (ii), that proposition (i) is true for n = N + 1. (iv) Demonstrate directly, and without any assumptions, that proposition (i) is true when n takes the lowest value in its range. (v) It then follows from (iii) and (iv) that the proposition is valid for all values of n in the stated range. ) To illustrate further the method of induction, we now apply it to two worked examples; the first concerns the sum of the squares of the first n natural numbers.

2 Illustration of the compound-angle identities. Refer to the main text for details. 15) by dividing through by various powers of sin θ and cos θ are 1 + tan2 θ = sec2 θ. 16) 2 cot θ + 1 = cosec θ. 2 Compound-angle identities The basis for building expressions for the sinusoidal functions of compound angles are those for the sum and difference of just two angles, since all other cases can be built up from these, in principle. Later we will see that a study of complex numbers can provide a more efficient approach in some cases.

Q = p1 p2 · · · pN + 1. By our assumption pN is the largest prime, and so no number can have a prime factor greater than this. However, for every prime pi (i = 1, 2, . . , N) the quotient q/pi has the form Mi + (1/pi ) with Mi an integer and 1/pi non-integer. This means that q/pi cannot be an integer and so pi cannot be a divisor of q. Since q is not divisible by any of the (assumed) finite set of primes, it must be itself a prime. As q is also clearly greater than pN , we have a contradiction.

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Data Reduction and Error Analysis for Physical Sciences by Philip Bevington, D. Keith Robinson

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