Most likely it would be a "white dwarf". They are composed mainly of carbon and oxygen in an extremely dense form, called "electron degenerate matter".
It would spin out of earths orbit. And most likely hit a planet, star, comet, or keep on going.
If Betelgeuse replaced our Sun, it would likely cause drastic changes in our solar system. Betelgeuse is a red supergiant star, much larger and hotter than our Sun, so Earth would be too close to it and would likely be engulfed by the star's expanded outer layers. The intense radiation and heat would also have significant effects on the other planets in our solar system.
The second brightest star in the constellation Lyra is Beta Lyrae, which is most likely named after the Greek letter Beta.
Rastaban is a binary star system in the constellation of Draco. The primary star is a yellow-white subgiant, while the secondary star is most likely a red dwarf.
That would be "black hole". This is most likely to happen when the original star is very massive - several times the mass of the Sun. A star of the Sun's mass will definitely NOT become a black hole, unless it somehow acquires much more mass.
they would follow the north star.
Most likely it would be a "white dwarf". They are composed mainly of carbon and oxygen in an extremely dense form, called "electron degenerate matter".
Scientists would use the Doppler Effect to calculate the distance to a Star which had the newly-discovered planet.
Kesha would most likely have many MANY friends, considering she is a pop star.
The most popular thing on a Christmas tree is a star. But if you are Catholic or Christian, you would most likely have an angel.
A hydrogen shell is most likely to form around a more massive star in the later stages of its life, as it transitions to a red giant or supergiant phase. This occurs when the star exhausts the hydrogen fuel in its core and starts fusing hydrogen in a shell surrounding the core, causing the outer layers of the star to expand and cool.
The antimatter will annihilate an equal mass of matter in the star and both masses will turn into energy, most likely in the form of gamma rays. Unless you used an enormous amount of antimatter there would be no noticeable change in the star. A large enough amount could blast away the star's outer layers.
Most likely.
It would spin out of earths orbit. And most likely hit a planet, star, comet, or keep on going.
A movie star will most likely to own a kelpie.
The star will likely end its life in a supernova explosion, leaving behind a dense stellar remnant such as a neutron star or black hole.