|
TARTAGLIA, or TARTALEA, NICCOLO (c. 1506—1559) , See also: Italian mathematician, was See also: born at See also: Brescia
.
His childhood was passed in dire poverty
.
During the See also: sack of Brescia in 1512, he was horribly mutilated by some French soldiers
.
From these injuries he slowly recovered, but he long continued to stammer in his speech, whence the See also: nickname, adopted by himself, of " Tartaglia." Save for the barest rudiments of See also: reading and writing, he tells us that he had no master; yet we find him at See also: Verona in 1521 an esteemed teacher of See also: mathematics
.
In 1534 he went to Venice
.
For Tartaglia's See also: discovery of the solution of cubic equations, and his contests with Antonio See also: Marie Floridas, see ALGEBRA (See also: History)
.
In 1548 Tartaglia accepted a situation as professor of See also: Euclid at Brescia, but returned to Venice at the end of eighteen months
.
He died at Venice in 1559
.
Tartaglia's first printed See also: work, entitled Nuova scienzia (Venice, 1537), dealt with the theory and practice of gunnery
.
He found the See also: elevation giving the greatest range to be 45°, but failed to demonstrate the correctness of his intuition
.
Indeed, he never shook off the erroneous ideas of his See also: time regarding the paths of projectiles, further than to see that no See also: part of them could be a straight See also: line
.
He nevertheless inaugurated the scientific treatment of the subject
.
His Quesiti et invenzioni diverse, a collection of the author's replies to questions addressed to him by persons of the most varied conditions, was published in 1546, with a dedication toSee also: Henry VIII. of
See also: England
.
Problems in artillery occupy two out of nine books; the See also: sixth treats of fortification; the ninth gives several examples of the solution of cubic equations
.
He published in 1551 Regola generale per sollevare ogni affondata See also: nave, intitolata la Travagliata Invenzione (an allusion to his See also: personal troubles at Brescia), setting forth a method for raising sunken See also: ships, and describing the diving-See also: bell, then little known in western See also: Europe
.
He pursued the subject in Ragionamenti sopra la Travagliata Invenzione (May 1551)
.
His largest work,Trattato generale di numeri e misure, is a comprehensive mathematical See also: treatise, including arithmetic, See also: geometry, mensuration, and algebra as far as quadratic equations Venice, 1556, 156o)
.
He published the first Italian See also: translation of Euclid (1543), and the earliest version from the See also: Greek of some of the See also: principal See also: works of Archimedes (1543)
.
These included the See also: tract De insidentibus See also: aquae, of which his Latin now holds the place of the lost Greek text
.
Tartaglia claimed the invention of the See also: gunner's quadrant
.
Tartaglia's own account of his early See also: life is contained in his Quesiti, See also: lib. vi. p
.
74
.
See also Buoncompagni, Intorno ad un testamento inedito di N
.
Tartaglia (Milan, 1881); Rossi, Elogi di Bresciana illustri, p
.
386 . Tartaglia's writings on gunnery were translated into See also: English by Lucar in 1588, and into French by Rieffel in 1845
.
|
|
|
[back] TART |
[next] TARTAN (from F. tiretaine, " linsie-wolsie," Sp. ti... |
There are no comments yet for this article.
Do not copy, download, transfer, or otherwise replicate the site content in whole or in part.
Links to articles and home page are encouraged.