Memorabilia Mathematica; or, the Philomath's Quotation-Book
Science
Memorabilia Mathematica; or, the Philomath's Quotation-Book
Mathematics; Mathematics -- Quotations, maxims, etc.
The objections which have been raised against the infinitesimal
method are based on the false supposition that the errors due to
neglecting infinitely small quantities during the actual
calculation will continue to exist in the result of the
calculation.--CARNOT, L.
_Réflections sur la Métaphysique du
Calcul Infinitésimal (Paris, 1813), p.
215._
=1908.= A limiting ratio is neither more nor less difficult to
define than an infinitely small quantity.--CARNOT, L.
_Réflections sur la Métaphysique du
Calcul Infinitésimal (Paris, 1813), p.
210._
=1909.= A limit is a peculiar and fundamental conception, the use
of which in proving the propositions of Higher Geometry cannot
be superseded by any combination of other hypotheses and
definitions. The axiom just noted that what is true up to the
limit is true at the limit, is involved in the very conception of
a limit: and this principle, with its consequences, leads to all
the results which form the subject of the higher mathematics,
whether proved by the consideration of evanescent triangles, by
the processes of the Differential Calculus, or in any other way.
--WHEWELL, W.
_The Philosophy of the Inductive
Sciences, Part 1, bk. 2, chap. 12, sect.
1, (London, 1858)._
=1910.= The differential calculus has all the exactitude of other
algebraic operations.--LAPLACE.
_Théorie Analytique des Probabilités,
Introduction; Oeuvres, t. 7 (Paris,
1886), p. 37._
=1911.= The method of fluxions is probably one of the greatest,
most subtle, and sublime discoveries of any age: it opens a new
world to our view, and extends our knowledge, as it were, to
infinity; carrying us beyond the bounds that seemed to have been
prescribed to the human mind, at least infinitely beyond those to
which the ancient geometry was confined.--HUTTON, CHARLES.
_A Philosophical and Mathematical
Dictionary (London, 1815), Vol. 1, p.
525._
=1912.= The states and conditions of matter, as they occur in
nature, are in a state of perpetual flux, and these qualities
may be effectively studied by the Newtonian method (Methodus
fluxionem) whenever they can be referred to number or subjected
to measurement (real or imaginary). By the aid of Newton’s
calculus the mode of action of natural changes from moment to
moment can be portrayed as faithfully as these words represent
the thoughts at present in my mind. From this, the law which
controls the whole process can be determined with unmistakable
certainty by pure calculation.--MELLOR, J. W.
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