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13 results
On the Sphere and the Cylinder; On the Measurement of the Circle; On Conoids and Spheroids; On Spirals; On the Equilibrium of Planes; On the Quadrature of the Parabola; The Sand Reckoner
In the middle of the 15th century, a number of manuscripts by the thirdcentury BC Greek mathematician Archimedes began to circulate in the humanistic centers in the courts of Italy. Piero della Francesca (circa 1416–92), the Renaissance artist best known for the frescos he painted for the Vatican and for the chapels in Arezzo, transcribed a copy of a Latin translation of Archimedes’s geometry (a compilation of seven surviving treatises) and illustrated it with more than 200 drawings representing the mathematical theorems in the texts. This manuscript, long ...


The Recension of Euclid's "Elements"
This work is a printed edition of Kitāb taḥrīr uṣūl liUqlīdus (The recension of Euclid's Elements) by one of the intellectual luminaries of the Islamic world, the Persian polymath Naṣīr alDīn Muḥammad ibn Muḥammad alṬūsī (1201–74). After his death alṬūsī was referred to as almuʿallim althālith (the third teacher, with Aristotle and Fārābī referred to as the first and second teachers, respectively). An extraordinarily prolific author, alṬūsī made notable contributions to most of the intellectual fields of his era, writing on theology, mysticism, logic ...


Treatise on the Craft of Weight Measurement
This work is a treatise on the construction and use of the weighing balance (qabān, also qapān). It brings together geometric, mechanical, and arithmetic knowledge needed to construct and utilize measuring devices for weighing heavy and irregularlyshaped objects. The author’s name is unknown, but excerpts from another work by an alreadydeceased Shaykh ‘Abd alMajīd alShāmulī alMaḥallī are quoted in the treatise. The last page of the manuscript contains a sheet of verses that describe the basics of using a weighing balance, in a form that is easy to remember ...


Easing the Difficulty of Arithmetic and Planar Geometry
This work is a comprehensive tutorial guide on arithmetic and plane geometry, in 197 folio pages. It also discusses monetary conversion. The work is composed in verse form, and is meant as a commentary on existing textbooks. The author gives the following personal account of the writing of this guide: In Rajab 827 A.H. (May 1424) he traveled from Damascus to Quds alSharīf (in Palestine), where he met two scholars named Ismā‘īl ibn Sharaf and Zayn alDīn Māhir. There he took lessons on arithmetic, using an introductory book ...


The Book of Instruction on Deviant Planes and Simple Planes
This manuscript is a work on practical astronomy and the drawing of the circle of projection and related concepts from spherical trigonometry. It is rich with geometric diagrams, tables of empirical observations, and computations based upon these observations. An interesting feature of the manuscript is the appearance on the margins of the cover, and on several pages in the manuscript, of edifying verses, proverbs, and witty remarks. One reads, for example, “It is strange to find in the world a jaundiced physician, a dimeyed ophthalmologist, and a blind astronomer.” Most ...


The Introductory Epistle on Sinusoidal Operations
This manuscript is a copy of alRisāla alFatḥīya fī ala‘māl aljaybīya (The introductory epistle on sinusoidal operations) by Muḥammad ibn Muḥammad ibn Aḥmad Abu ‘Abd Allāh, Badr alDīn (1423–1506), known as Sibṭ alMāridīnī or the grandson of alMāridīnī, in honor of his mother’s father, a famous astronomer. The manuscript consists of 16 pages of 14 lines each, and includes an introduction and 20 bābs (chapters or articles). They range in length from a few lines to a page, and cover such topics as determination of the cardinal ...


The Abridged Commentary on "The Apple in the Science of Measurement"
This manuscript is a commentary on the treatise AlTuffāḥa fi ‘ilm alMisāḥa (The apple in the science of measurement), which was written at the beginning of the 12th century by the mathematician Aḥmad ibn Muḥammad alAšh‘ari. The study of measures and measurement techniques (‘ilm almisāha) was of great interest to Arabic mathematicians during the Middle Ages, both from theoretical and practical points of view. The ability to calculate the dimensions of landholdings was extremely important when it came to determining the correct amounts for inheritances and to calculating taxes ...


General Rules in the Science of Measurement
This manuscript, probably dating from the 17th century, preserves only a section of what appears to have been an extensive and complete treatise on practical geometry. The title on the second page of the manuscript in fact states that it is “the third section of the book of the General Rules in the Science of Measurement.” The larger work of which this is a part consisted of four introductory essays, five chapters, and a conclusion. The author is unknown, as the opening of the treatise where indications of authorship might ...


The Elements of Geometry
In 1690, Emperor Kangxi summoned two French missionaries, Zhang Cheng (Jean Francois Gerbillon, 1654–1707) and Bai Jin (Joachim Bouvet, 1656–1730), to Beijing to teach him mathematics. The missionaries initially considered using for this purpose the early 17thcentury partial translation by Matteo Ricci (1552–1610) and Xu Guangqi (1562–1633) of Euclid’s great work on geometry, Elements, but they found it too complicated. So they decided to translate instead Elements de geometrie by French Jesuit Ignace Gaston Pardies (1636–73), which drew on Euclid, Archimedes, and Apollonius. They ...


Treatise on Geometry
Yuan rong jiao yi (Treatise on geometry) is an 1847 edition of a work dictated in 1608 by the Italian Jesuit Matteo Ricci (1552–1610) to official and scholar Li Zhizao (1565–1630). Ricci, whose Chinese name was Li Madou, was one of the founding figures of the Jesuit mission in China. Li Zhizao was baptized by Ricci in 1610 and took the name Leo. He studied with Ricci and wrote prefaces to a number of his books. Ricci dictated several works to Li, who put them into acceptable Chinese ...


Six Essays from the Book of Commentaries on Euclid
Naseer alDin (or alNaseer) alTusi (1201–74 AD, 597–672 AH) was a Muslim Persian polymath. He was born in Tus, Khorasan, in presentday Iran. AlTusi witnessed the great invasion of the Islamic empire by the Mongols, whom he later joined. He was said to have been in the company of Hulegu Khan when the latter destroyed the Abbasid capital of Baghdad in 1258 AD. AlTusi, already a wellknown scientist, later convinced Hulegu Khan to construct an observatory to facilitate the establishment of accurate astronomical tables for better astrological predictions ...


A Treatise on Drawing Chords in a Circle
Abu alRayhan alBiruni (also known by the Latinized version of his name, Alberonius, 973–1048 AD; 362–440 AH) was an 11thcentury Muslim polymath whose works and scholarly interests spanned the physical and natural sciences, mathematics, astronomy, geography, history, chronology, and linguistics. AlBiruni was born in Kath, Khuwarazm, in presentday Uzbekistan, and died in Ghazni, in what is today eastcentral Afghanistan. He wrote more than 120 works and is considered the founder of Indology for his detailed description of 11thcentury India. The crater AlBiruni on the moon is named after ...


Commentary on the Forms of Foundation
This work is a commentary on Ashkāl alta’sīs (Forms of foundation), a geometrical tract by Shams alDīn Muḥammad b. Ashraf alḤusaynī alSamarqandī. The author of the commentary, Qāḍīzāda alRūmī (Ṣalāh alDin Mūsā ibn Muḥammad, 1364–1436) was one of the principal astronomers at the celebrated Samarkand observatory. He was a native of Bursa, where his father Maḥmūd served as a prominent judge (hence the appellation Qāḍīzāda, which means "born to a judge" in Persian). The commentary was completed in 1412 (814 AH) and, judging from the many surviving copies ...
