Top 10 similar words or synonyms for samrat_yantra

vrihat    0.738926

yantra    0.654958

shantinath    0.621437

gopura    0.619681

stambha    0.612991

konark_sun_temple    0.606776

kirti_stambh    0.605577

jinalaya    0.605438

ajitnath    0.603610

vimanam    0.601757

Top 30 analogous words or synonyms for samrat_yantra

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Jantar Mantar, New Delhi There are three instruments within the observatory of Jantar Mantar in New Delhi: the Samrat Yantra, the Jayaprakash, and the Misra Yantra.
Nahargarh Fort Until April 1944, the Jaipur State government used for its official purposes solar time read from the Samrat Yantra in the Jantar Mantar Observatory, with a gun fired from Nahargarh Fort as the time signal.
Jantar Mantar, Jaipur The instruments are in most cases huge structures. The scale to which they have been built has been alleged to increase their accuracy. However, the penumbra of the sun can be as wide as 30 mm, making the 1mm increments of the Samrat Yantra sundial devoid of any practical significance. Additionally, the masons constructing the instruments had insufficient experience with construction of this scale, and subsidence of the foundations has subsequently misaligned them. The "samrat yantra", for instance, which is a sundial, can be used to tell the time to an accuracy of about two seconds in Jaipur local time. The Giant Sundial, known as the Samrat Yantra (The Supreme Instrument) is one of the world's largest sundials, standing 27 metres tall. Its shadow moves visibly at 1 mm per second, or roughly a hand's breadth (6 cm) every minute, which can be a profound experience to watch.
Jantar Mantar, Jaipur The Vrihat Samrat Yantra, which means the "great king of instruments", is high; its shadow tells the time of day. Its face is angled at 27 degrees, the latitude of Jaipur. The Hindu chhatri (small cupola) on top is used as a platform for announcing eclipses and the arrival of monsoons.
Jantar Mantar There are five Jantar Mantar monuments in India, of which the largest is in Jaipur which features many instruments along with the world's largest stone sundial. The Vrihat Samrat yantra is a sundial that can give the local time to an accuracy of 2 seconds. It is a UNESCO World Heritage Site.
Jai Singh II The "Samrat Yantra" is a huge sundial. It can be used to estimate the local time, to locate the Pole Star, and to measure the declination of celestial objects. The "Rama Yantra" can be used to measure the altitude and azimuth of celestial objects. The "Shanku Yantra" can be used to measure the latitude of the place.
Jantar Mantar The jantars have evocative names like Samrat Yantra, Jai Prakash, Ram Yantra and Niyati Chakra; each of which are used to for various astronomical calculations. The primary purpose of the observatory was to compile astronomical tables, and to predict the times and movements of the sun, moon and planets.
Sundial Among the most precise sundials ever made are two equatorial bows constructed of marble found in Yantra mandir. This collection of sundials and other astronomical instruments was built by Maharaja Jai Singh II at his then-new capital of Jaipur, India between 1727 and 1733. The larger equatorial bow is called the "Samrat Yantra" (The Supreme Instrument); standing at 27 meters, its shadow moves visibly at 1 mm per second, or roughly a hand's breadth (6 cm) every minute.
Misra Yantra Mishra Yantra is one of the four distinct astronomical instruments of the Jantar Mantar observatory located in New Delhi, India. Each instrument at the Jantar Mantar are separate brilliant architectures constructed based on mathematical observations, and help in calculating different aspects of celestial objects and time. It is widely believed that the Jantar Mantar was constructed in the year 1724. The four instruments of Jantar Mantar are Samrat Yantra (a large sundial for calculating time), Jay Prakash Yantra (2 concave hemispherical structures, used to ascertain the position of Sun and other heavenly bodies), Ram Yantra (two large cylindrical structures with open top, used to measure the altitude of stars based on the latitude and the longitude on the earth) and the Mishra Yantra (meaning "mixed instrument", since it is a compilation of five different instruments).
Jai Singh II Five observatories were built at Delhi, Mathura (in his Agra province), Benares, Ujjain (capital of his Malwa province), and his own capital of Jaipur.His astronomical observations were remarkably accurate.He drew up a set of table,entitled Zij Muhammadshahi,to enable people to make astronomical observations. He had Euclid's "Elements of Geometry" translated into Sanskrit as also several works on trigonometry,and Napier's work on the construction and use of logarithms. Only the one at Jaipur is still operational. Relying primarily on Indian astronomy, these buildings were used to accurately predict eclipses and other astronomical events. The observational techniques and instruments used in his observatories were also superior to those used by the European Jesuit astronomers he invited to his observatories. Termed as the Jantar Mantar they consisted of the "Ram Yantra" (a cylindrical building with an open top and a pillar in its center), the "Jai Prakash" (a concave hemisphere), the "Samrat Yantra" (a huge equinoctial dial), the "Digamsha Yantra" (a pillar surrounded by two circular walls), and the "Narivalaya Yantra" (a cylindrical dial).