By D. J. Struik

ISBN-10: 0691023972

ISBN-13: 9780691023977

ISBN-10: 0691084041

ISBN-13: 9780691084046

From the Preface

This resource ebook includes decisions from mathematical writings of authors within the Latin

world, authors who lived within the interval among the 13th and the top of the eighteenth

century. via Latin international I suggest that there are not any choices taken from Arabic or other

Oriental authors, except, as relating to Al-Khwarizmi, a much-used Latin translation

was on hand. the alternative used to be made up of books and from shorter writings. frequently simply a

significant a part of the rfile has been taken, even if sometimes it used to be attainable to include

a whole textual content. All choices are provided in English translation. Reproductions

of the unique textual content, fascinating from a systematic viewpoint, may have both increased

the measurement of the booklet a ways an excessive amount of, or made it essential to choose fewer records in a

field the place however there has been an embarras du choix. i've got indicated in all instances the place the

original textual content will be consulted, and typically this is often performed in variants of collected

works on hand in lots of college libraries and in a few public libraries as well.

It has hardly ever been effortless to come to a decision to which choices choice could be given. Some

are particularly noticeable; components of Cardan's ArB magna, Descartes's Geometrie, Euler's MethodUB inveniendi,

and a number of the seminal paintings of Newton and Leibniz. within the collection of other

material the editor's determination no matter if to take or to not take used to be partially guided via his personal

understanding or emotions, in part by way of the recommendation of his colleagues. It stands to reason

that there'll be readers who leave out a few favorites or who doubt the knowledge of a particular

choice. in spite of the fact that, i'm hoping that the ultimate trend does supply a pretty sincere photograph of the mathematics

typical of that interval within which the rules have been laid for the speculation of numbers,

analytic geometry, and the calculus.

The choice has been restricted to natural arithmetic or to these fields of utilized mathematics

that had a right away pertaining to the advance of natural arithmetic, corresponding to the

theory of the vibrating string. The works of scholastic authors are passed over, other than where,

as relating to Oresme, they've got an immediate reference to writings of the interval of our

survey. Laplace is represented within the resource e-book on nineteenth-century calculus.

Some wisdom of Greek arithmetic might be worthy for a greater understanding1 of

the choices: Diophantus for Chapters I and II, Euclid for bankruptcy III, and Archimedes

for bankruptcy IV. adequate reference fabric for this goal is located in M. R. Cohen and

I. E. Drabkin, A Bource e-book in Greek Bcience (Harvard collage Press, Cambridge, Massachusetts,

1948). a few of the classical authors also are simply to be had in English editions,

such as these of Thomas Little Heath.

**Read or Download A Source Book in Mathematics, 1200-1800 PDF**

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**Extra resources for A Source Book in Mathematics, 1200-1800**

**Sample text**

S. Fermat; Toulouse 1670), translated in Fermat, Oeuvres, III, 325-398. They begin with the Diophantine problem (called a double equa,tion), to make both 2x + 12 and 2x + 5 squares (answer x = 2). Part III (p. 376) begins (we change to modern notation): On the procedure for obtaining an infinite number of solutions which give square or cubic values to expressions in which enter more than three terms of different degrees. 1. I shall discuss here in particular expressions which contain the five terms in x4, x3 , x 2 , x, and the constant, but I also wish to discuss expressions with four terms which may be all positive [true], or mixed with negative [false] terms.

Since we have,\ different numbers that are residues, and just as many different numbers smaller than p, therefore their total number 2,\ cannot be greaterthanp - 1, since there are only p - 1 numbers smaller thanp. 39. Corollary 2. If therefore a" is the lowest power which after division by p gives the residue 1, and if,\ < p - 1, then,\ is certainly not > (p - 1)/2. Hence we have either,\ = (p - 1)/2 or,\ < (p - 1)/2. s I EULER. POWER RESIDUES 33 40. Corollary 3. We have already seen in paragraph 15 that the exponent,\ of this lowest power is necessarily smaller than p.

We now know that, though this is true for n = 2, 4, 8, 16, it stops being true for n = 32, which, as Euler showed (Commentarii Academiae Scientiarum Petropolitanae 1 (1732/33, publ. 1738), 20-48, Opera omnia, ser. I, vol. 2, p. 73) is divisible by 641 (4294967297 = 641 x 6700417). 2 Fermat, on October 10, 1640, after referring to earlier letters, continues: It seems to me after this that it is important to tell you on what foundation I construct the demonstrations of all that concerns the geometrical progressions, which is as follows: Every prime number is always a factor [mesure infailliblement] of one of the powers of any progression minus 1, and the exponent [expoBant] of this power is a divisor of the prime number minus I.

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