12 Cancri is a star in the zodiac constellation Cancer. It has an apparent visual magnitude of 6.25, [2] placing just below the normal limit for stars visible to the naked eye in good seeing conditions.

12 Cancri is a blue to white main sequence star in the constellation of Cancer. It can be seen in the northern hemisphere night sky. 12 Cancri distance from Earth is 260.93 light years away.

12 Cancri is a main-sequence star of spectral class F3 in the constellation of Cancer. 12 Cancri visual magnitude is 6.27. Because of its faintness, 12 Cancri is visible to the naked eye only …

Mar 10, 2024 · Iota Cancri is a beautiful double star in the constellation Cancer. It's best viewed in the spring with its gold and blue color. It's a great object in small scopes.

The Cancer constellation is one of the oldest recognized groups of stars in the sky. It was one of the original 48 constellations listed by the Greek astronomer, Ptolemy in his catalog. Cancer is also one of the 12 zodiac constellations, and is one of the modern 88 recognized by astronomers.

Inside its area, there are currently 191 discovered stars. The constellation of Cancer represents a Crab. Below you will find the full list of stars in the Cancer constellation and their names as …

12 Cancri is a fascinating star located in the zodiac constellation of Cancer. With an apparent visual magnitude of 6.25, it sits just below the threshold for visibility to the naked eye under optimal conditions.

Beta Cancri is the brightest star in the constellation, with an apparent magnitude of 3.5. It is a binary star that consists of an orange K-type giant and a fourteenth magnitude companion 29 arc seconds away. Beta Cancri is approximately 290 light years distant.

12 Cancri is a star in the zodiac constellation Cancer. It has an apparent visual magnitude of 6.25, placing just below the normal limit for stars visible to th...

Stars, luminous balls of plasma held together by gravity, are responsible for all natural light in our sky. The Milky Way Galaxy is estimated to contain no less than 200 billion stars. Extensive catalogs of stars have been created to keep track of the endless number of stars that we discover.