Elementary arithmetic, with brief notices of its history... by Robert Potts.

INTRODUCTION. 11 constitutes the first part of Mr. Colebrooke's work. The Lilavati stands as one of the preliminary portions of a course of astronomy, by Bhascara. He informs his readers that his work is compiled and abridged from more diffuse works, and was completed at a period corresponding to A.D. 1150. The Lilavati appears to have gained in past times great authority, and to have superseded the preceding treatises, and formed the subject of study in countries and places so remote from each other as the north and west of Hindustan and the southern peninsula. There is a Persian version of the Lilavati, which was undertaken by Faizi at the command of the Emperor Acbar, and was completed A.D. 1587.1 The occasion of writing the Lilavati, given by Faizi in the preface to his Persian translation, was rendered into English by Mr. Strachey, and printed in the introduction to Dr. Taylor's translation of the Lilavati. The account2 thus proceeds:rical operations are unnecessarily complicated, following closely the procedure which the application of an alphabet had obliged the Greeks to employ.-Leslie's Philosophy of Arithmetic, p. 225. There is another Eastern people [the Chinese] remarkable at once for the great antiquity and unchangeable character of their existing institutions, who possess a numerical language of great extent, connected with a very perfect system of numeration. As the Chinese are not in the possession of the method of arithmetical notation by nine figures and zero, they clearly can have no proper claim to its invention, however nearly in some respects they may have approximated to it; for it is next to impossible that a system of numeration, so much more perfect and commodious than their own, if once generally known or practised, could ever have been lost or abandoned. —Dean Peacock's History of Arithmetic in the Encyclocedia Metropolitana, vol. i., pp. 375, 376. 1 The following works on the Indian Arithmetic and Algebra have been translated into the English language:"Bija Ganita. or the Algebra of the Hindus," by Edward Strachey, of the East India Company's Bengal Civil Service. London, 1813. "Lilawati; or, a Treatise on Arithmetic and Geometry," by Bhascara Acharya translated from the original Sanscrit by John Taylor, M.D., of the Hon. East India Company's Bombay Medical Establishment. Bombay, 1816. "Algebra, with Arithmetic and Mensuration," from the Sanscrit of Brahmegupta and Bhascara; translated by Henry Thomas Colebrooke, F.R.S. London, 1817. 2 This account is not found in the Sanscrit copies of the Lilavati, nor in any of the commentaries on that work. The language of the following questions which appear in pages 5, 6, 21, 24, 31, of Mr. Colebrooke's translation from the Sanscrit, supplies some internal evidence for the truth of the story:" Dear, intelligent Lilavati, if thou be skilled in addition and subtraction, tell me the sum of 2, 5, 32, 193, 18, 10, and 100 added together; and the remainder, when their sum is subtracted from 10,000." " Beautiful and dear Lilavati, whose eyes are like a fawn's, tell me what are the numbers resulting from 135 taken into 12." "If thou be skilled in multiplication by whole or by parts, whether by subdivision of form or separation of digits; tell me, auspicious woman, what is the quotient of the product divided by the same multiplier." " Pretty girl, with tremulous eyes, if thou know the correct method of inversion, tell me what is the number, which, multiplied by three, and added to three-quarters of the quotient, and divided by seven, and reduced by subtraction of a third part of the quotient, and then multiplied into itself, and having fifty-two subtracted from the product, and the square root of the product extracted, and eight added, and the sum divided by ten, yields two?" " Out of a swarm of bees, one-fifth part settled on a blossom of Cadamba, and one-third on a flower of Silind'hri; three times the difference of these numbers flew to the bloom of a Cutaja; one bee, which remained, hovered and flew about in the air, allured at the same moment by the pleasing fragrance of a, Jasmin and Pandanus. Tell me, charming woman, the number of bees."

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Elementary arithmetic, with brief notices of its history... by Robert Potts.
Author
Potts, Robert, 1805-1885.
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Page viewer.nopagenum
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London,: Relfe bros.,
1876.
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Arithmetic

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