answersLogoWhite

0


Want this question answered?

Be notified when an answer is posted

Add your answer:

Earn +20 pts
Q: Can a right ascension and declination for any given star always be the same?
Write your answer...
Submit
Still have questions?
magnify glass
imp
Related questions

What is the right ascension and declination of Microscopium?

Right ascension is 21 h and declination is −36°.


What is the right ascension and declination of Canis Minor?

Right ascension: 8 h Declination: +5°


What is the right ascension and declination of constellation Capricornus?

Right ascension: 21 h Declination: −20°


What is the right ascension and declination of the Leo constellation?

Right ascension: 11 h Declination: +15°


Right ascension and declination of constellation Corona Borealis?

Right ascension: 16 h Declination: +30°


What is the right ascension and declination of the Cancer constellation?

The Right ascension is 07h 55m 19.7973s-09h 22m 35.0364s and the Declination is 33.1415138°-6.4700689°.


What are the ascensions and declination of Hydra?

Right ascension: 8-15 h Declination: −20°


What are the right ascension and declination of the star Spica in the constellation Virgo?

The right ascension of the star Spica in the Virgo constellation is 1900 13 hours and 25 minutes and the declination is 1900 -10.38'.Spica is the largest and brightest star in Virgo.


The closest terrestrial analog to hours of right ascension is angle of longitude?

yes. latitude is to declination, as longitude is to right ascension.


What are the right ascension and declination of the star alderbaran in the constellation Taurus?

According to Wikipedia: Right ascension 04h 35m 55.239s, declination +16° 30′ 33.49″. The data corresponds to the epoch 2000.0.


One hour of right ascension is equivalent to how many degrees of sky rotation?

Depends on the declination in question. There are 24 hours of right ascension in 360 degrees, so at the celestial equator (declination = 0 degrees) 1 hour of right ascension is equal to 15 degrees. But as you increase or decrease declination the right ascension lines converge to the celestial pole (like longitude lines on a globe). The angle covered by 1 hour of right ascension is therefore equal to (15 degrees x cos(declination) ), so at the celestial poles (declination = +/- 90 degrees) 1 hour of RA is 0 degrees.


How does the equatorial system divide the celestial sphere?

Using declination and right ascension