are any planets associated with the star system you mentioned above?
Super-Earth
40 Eridani
In 2018, a planet was discovered orbiting 40 Eridani A with a minimum mass of Earth masses. The planet has an orbit of 42 days, and lies considerably interior to the habitable zone, receiving 9 times more stellar flux than Earth, which is an even greater stellar flux amount than Mercury, the innermost planet in our solar system, on average receives from our Sun. It is one of the closest Super-Earths known, the closest discovered to date () within a multiple star system.
which of the following will never undergo fusion in any star White dwarf when was the first time such a star was spotted? 1910 ultimately what happens to such stars? A white dwarf is stable once formed and will continue to cool almost indefinitely, eventually to become a black dwarf can you name a star that is likely to become so? Sirius B is it possible for living beings to inhabit them? It has been proposed that, with surface temperatures of less than 10,000 Kelvins could harbor a habitable zone at a distance of c. 0.005 to 0.02 AU can you name the first such star that was spotted? 40 Eridani A, 40 Eridani B, and 40 Eridani C which constellation do they belong to? 40 Eridani and who discovered them? William Herschel
wiki:19110527
40 Eridani [SEP] Planetary system
In 2018, a planet was discovered orbiting 40 Eridani A with a minimum mass of Earth masses. The planet has an orbit of 42 days, and lies considerably interior to the habitable zone, receiving 9 times more stellar flux than Earth, which is an even greater stellar flux amount than Mercury, the innermost planet in our solar system, on average receives from our Sun. It is one of the closest Super-Earths known, the closest discovered to date () within a multiple star system.