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in the lower margin on most large maps
Yes. "Declination" on the celestial coordinate system is the counterpart of "latitude" on the terrestrial coordinate system. Positive and negative declination correspond respectively to north and south latitude.
Declination is.
The orientation of the crescent Moon depends on the time, the position of the observer (that's you), the declination of the Sun (how far north or south of the equator) and the declination of the Moon. If the crescent Moon were a bow, the arrow would be pointed toward the Sun.
The declination of Polaris (the north star) is: + 89° 19' 39'That's just 0.6725 degree from the north celestial pole.
displayed on a nautical chart that shows the amount and direction of the magnetic declination for a specific location. It is used by navigators to correct compass readings and determine true north.
The declination of the constellation Gemini is +20.
NO - and HOW would you weigh it anyway ?
Magnet declination is the angle between magnetic north and true north. Declination is considered positive east of truth north and negative when west.
Right ascension is 21 h and declination is −36°.
moons declination reachesonly 18° N or S each month..
Right ascension: 8-15 h Declination: −20°
Corvus the Crow is centered roughly on -20 degrees in Declination.
Assuming the subject is magnetic declination the difference between the north pole and the true north pole this difference, is the magnetic declination, there is not information on what purpose it serves.
It is important to take the declination into account when one is closer to the poles because declination varies more as a function of longitude and not the latitude. In North America, if one goes toward the east coast, the declination increases to the west. If one goes to the west coast, the declination increases to the east.
Right ascension: 8 h Declination: +5°
Right ascension: 21 h Declination: −20°