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The Dhruva Darshak Yantra, inclined at an angle of 27 degrees (the latitude of Jaipur), is designed to reveal the position of the pole star. The instrument made of two brass circles, and designed to measure celestial latitude and longitude, ...
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Rajasthan, Delhi & Agra. Ediz. Inglese - Page 157
On either side are two quadrants and local time can be determined by the shadow cast on each quadrant (one for the morning, one for the afternoon). Nearby is the Dhruva Darshak Yantra, used to find the location of the Pole Star and the 12 ...
Lindsay Brown, Amelia Thomas, 2008
Nearby is the Dhruva Darshak Yantra, an instrument which is used to determine the location of the Pole Star. The large hemispherical shaped object nearby, known as the Narivalaya Yantra, is actually two small sundials. The two faces of the ...
Sarina Singh, Michelle Coxall, 1999
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Stone Astronomical Observatory of Jaipur - Page 20
POLE-STAR INSTRUMENT: Quite close to the small dial, there is an another instrument called Dhruva Darshak Yantra. The instrument is also made of red stone and inclined at an angle 27°, the latitude of Jaipur. This is an instrument by which ...
Daulat Singh Rajawat, M. D. Sharma, 2007
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Jantar-mantars of India: stone observatories : Jaipur, ... - Page 117
(2) SMALL EQUATORIAL SUN-DIAL AND POLE STAR INSTRUMENT TLaghu Samrat Yantra and Dhruva Darshak Yantra) This is a smaller version of the above mentioned Yantra. (3) MERIDINAL WALL INSTRUMENTS (2) (Dakshinovritti ...
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Rajasthan, Delhi e Agra - Page 100
Su entrambi i lati si trovano due quadranti usati per determinare l'ora locale a seconda dell'ombra proiettata su ciascuno di essi (uno per la mattina e uno per il pomeriggio). Accanto si trova il Dhruva Darshak Yantra, usato per individuare la ...
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Un viaggio chiamato India
Sono molti gli strumenti incredibili, ancor funzionali oggi. Come il Laghu Samrat Yantra, una piccola meridiana di arenaria rosa e marmo bianco. Il Dhruva Darshak Yantra, usato per determinare la posizione della Stella Polare e i 12.
