 These last observations indicated that the north pole of Ceres pointed in the direction of right ascension 19 h 24 min ( 291 ° ) , declination + 59 ° , in the constellation Draco , resulting in an axial tilt of approximately 3 ° . Dawn later determined that the north polar axis actually points at right ascension 19 h 25 m 40 @.@ 3 s ( 291 @.@ 418 ° ) , declination + 66 ° 45 ' 50 " ( about 1 @.@ 5 degrees from Delta Draconis ) , which means an axial tilt of 4 ° . 
 These last observations indicated that the north pole of Ceres pointed in the direction of right ascension 19 h 24 min ( 291 ° ) , declination + 59 ° , in the constellation Draco , resulting in an axial tilt of approximately 3 ° . Dawn later<a href='been_done' title='1'><mark></mark></a> determined that the north polar axis actually <a href='uninflect' title='2'><mark>points</mark></a> at right ascension 19 h 25 m 40 @.@ 3 s ( 291 @.@ 418 ° ) , declination + 66 ° 45 <a href='null_genetive' title='3'><mark>'</mark></a>50 " ( about 1 @.@ 5 degrees from Delta Draconis ) , which <a href='uninflect' title='4'><mark>means</mark></a> an axial tilt of 4 ° . 
These last observations indicated that the north pole of Ceres pointed in the direction of right ascension 19 h 24 min ( 291 ° ) , declination + 59 ° , in the constellation Draco , resulting in an axial tilt of approximately 3 ° . Dawn later done determined that the north polar axis actually point at right ascension 19 h 25 m 40 @.@ 3 s ( 291 @.@ 418 ° ) , declination + 66 ° 45  50 " ( about 1 @.@ 5 degrees from Delta Draconis ) , which mean an axial tilt of 4 ° .