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Who wrote the algamest?
Assuming that "algamest" is a typo/misspelling of "Almagest", Claudius Ptolemy.
When was the Capella star first spotted?
Capella, one of the brightest stars in the night sky, has been known since ancient times and was likely observed by early civilizations. It is mentioned in historical texts dating back to the Greeks and Romans, but there is no specific date for its "first spotting." Capella has been cataloged since at least the 2nd century in Ptolemy's Almagest. Its prominence has made it a notable star across various cultures throughout history.
Who saw the constellation Big Dipper first?
There is almost certainly no record of this. The Big Dipper is part of Ursa Major and the Little Dipper is Ursa Minor. Given the latin names and the fact that both are easily visible with the naked eye means that they would have been discovered millenia ago.
What is edmond halley major contributions in astronomy?
he used the theory of spongebob mooning patrick and it gave him the idea that charlie sheen is a drug addict and that gave him the idea that cartman is a boss and then it finnally gave him the idea that he didnt use any technolgy. he guessed on everything he ever did.
Who invented longitude and latitude?
Hipparchus (c. 190 BCE - c. 120 BCE) was a Greek astronomer, geographer, and mathematician. The appearance of a nova in the constellation Scorpius inspired him to investigate how stars are born and die. With only the power of his eyes, he created the first accurate star map, a catalogue of 1,080 stars, giving their position and relative brightness. In comparing his chart with one compiled by Timocharis and Aristyllus of Alexandria 150 years earlier, Hipparchus discovered that the earth's axis is precessing, or wobbling, slowly like a top. His calculation of the inclination of the ecliptic, its equation, and his estimate of the annual precession of the equinoxes were all remarkably accurate. He determined the perigee and mean motion of the sun and of the moon, and he calculated the extent of the shifting of the plane of the Moon's motion. Hipparchus' star catalogue was used for over 1600 years, and his system of star magnitudes is still in use. His main contribution to geography was in applying rigorous mathematical principles in determining the location of places on the earth's surface, being the first to do so by specifying a position's latitude and longitude. In the Almagest, Ptolemy made use of a catalogue of stars, whose position Hipparchus had fixed by calculating celestial angular measurements, corresponding to latitude and longitude on earth. Recognizing that the earth was round, he constructed the first globe and was the first to divide a circle into 360 degrees. Hipparchus invented an improved type of astrolabe, which he used to determine accurately the celestial coordinates of stars and a planisphere that allowed stereographic projections (also invented by Hipparchus), making it possible to tell time at night from stellar projections. He calculated the length of the year as 365.24667 days, correct to within 6.5 minutes and by making observations of eclipses, found the distance to the Moon. It isn't known who discovered that the noontime shadow of an upright rod (called a gnomon, derived from the Greek word for "one who knows or examines") is longest at the winter solstice and shortest at the summer solstice. It is known that the Egyptians used the sundial as early as 1500 BCE, and the Greeks learned of it from the Babylonians. The L-shaped figure comprised of the upright rod of a sundial and its shadow is often referred to as a gnomon. By keeping a record of the number of days that elapsed while the shadow of a gnomon passed from its shortest to its greatest length and then back to its shortest length, ancient people learned to measure the length of the year. Hipparchus was born in Nicaea (now Iznik) in Bithynia (now Turkey). He probably spent some years in Alexandria but settled in Rhodes where he made most of his observations. What set him apart from other ancient astronomers was that he collected data based on careful observations and then formed theories to fit the observed facts. Except for a short commentary on an astronomical poem by Arastus, all of Hipparchus works are lost. Most of what is known about him comes from the writings of Strabo of Amaseai (fl. c. CE 21) and Ptolemy's Almagest, written in the 2nd century CE, which was based on Hipparchus' findings. Hipparchus' contributions to astronomy were the most important before the time of Copernicus in the early sixteenth century. Most scientific historians credit Hipparchus with founding trigonometry. The word is derived from two Greek words, trigonum, meaning "triangle," and metron, meaning, "measure," combining to mean "measurement of triangles." In ancient times there was no name for trigonometry, which was not considered a branch of mathematics, merely a collection of techniques and formulas ancillary to astronomy. Hipparchus introduced trigonometric functions in the form of a table of chord arcs used to solve the problem of the computation of specific positions from geometric models. This table is practically the same as that of natural sines. It is likely that he had some means of solving triangles in spherical trigonometry. It is also suspected that Ptolemy's Theorem, which gives the necessary and sufficient conditions that a convex quadrilateral be inscribable in a circle, is due to Hipparchus. The theorem implicitly gives formulas for the sines and cosines of the sum and difference of angles, from which all trigonometric relations can be deduced. Quotation of the Day: "Even if he did not invent it, Hipparchus is the first person of whose systematic use of trigonometry we have documentary evidence." - T. L. Heath [The time the professor alluded to must have been 9:36 p.m. A quarter of the time since noon is 2 hr. 24 min., and a half of the time till noon the next day is 7 hr. 12 min. Together these give us 9 hr. 36 min. This is the answer to the puzzle, but how was the solution found?]
Who was resposible for writing the almagest?
Ptolemy
When was the Almagest created?
The Almagest, a treatise on astronomy was written in the second century A. D. Its author, Claudius Ptolemy, lived in Egypt and wrote in Greek.
Which Greek is known for the astronomical treatise almagest?
Ptolemy
When did ptolemy publish Almagest?
Ptolemy published the "Almagest" around 150 AD. This influential work laid the foundation for astronomy in the Western and Islamic worlds for many centuries, presenting a comprehensive geocentric model of the universe. The "Almagest" synthesized the astronomical knowledge of the time and included detailed star catalogs and mathematical calculations.
Which astronomer published a mathematical and astronomical treatise called the Almagest?
ptolemy
What are historic books?
Books that are part of human history such as the Bible or the Almagest.
Who is the astronomer that wrote the almagest?
In 150 AD, Ptolemy published The Almagest This book was basically a summary of all the astronomical knowledge the Greek civilization had accumulated through the years. It included a listing of over 1000 stars and named 48 constellations. Those 48 constellations formed the foundation for our present constellation system.
When did Ptomely publish the book called the Almagest?
i dont know do you? work harder
Who wrote the algamest?
Assuming that "algamest" is a typo/misspelling of "Almagest", Claudius Ptolemy.
What were Egyptian discoveries in astronomy?
The Great contribution to astronomy from ancient Egypt was the Almagest.
Why was ptomley important?
Ptolemy and Regiomontanus shown on the frontispiece to Regiomontanus' Epitome of the Almagest, 1496.
In what year was Gemini named?
It was named well before Ptolemy listed it in his Almagest in the second century.
