sun doesn't preform binary systems.
binary systems: are when one or more stars rotates around the sun. which our most common stars have done, except the sun.
It doesn't - our Sun is an average star doing what stars do - fuse hydrogen into helium giving up heat in the process.
One could argue that our Sun is the only star with planets that have life on, at least one of them - at the moment this is true, but that's only because we haven't searched very far - yet. In all probability, we are not the only living organisms in the Universe.
Also, our Sun is fairly unique as it is not part of a multiple star system, binary, triple etc. (50% of all stars fall into this category). However, our Sun falls into the other 50% that are single stars so it's not unique in that aspect.
Our Sun is an average star (Cosmologically) in the Suburbs of the Galaxy.
== == Our Sun is approximately half way through its main sequence stage. It will now start to increase in temperature, until in about a billion years time, life on Earth will have to change to deal with this increase. In approximately 5 billion years, the supply of hydrogen would have run out and our Sun will evolve into a red giant, In about a billion years after that, it will throw off it's outer layers and evolve into a white dwarf. See related link for more information.
A supergiant is much bigger than the Sun - up to hundreds of times the diameter. Since the volume increases with the third power of the diameter, the volume of a supergiant can be millions of times larger than that of the Sun, while its density can be millions of times less, since the total mass is, at the most, just a few times more than that of the Sun. This refers to the average density; at the core, the star can still have a high density. A supergiant emits a lot of light; it will remain in the supergiant state for only a short time, a few million years at the most.
most stars stay in groups of at least two where as with our sun its only one star and its by itself
Yes. It is a main sequence G2V type yellow dwarf star.
The sun producess most of the heat and light in the solar system :D
Because in about 5 billion years, the sun will die and become a giant or supergiant and become a supernova and since we are close to the sun, the supernova could destroy the planets that are orbiting the sun.
High, typically 10 to 70 times (or more) the mass of our own sun.
When the sun runs out of fuel it is expected to turn into a red supergiant engulfing earth. Then it is supposed to shrink into a white dwarf.
it is a dwarf planet the size of a supergiant.
Its diameter is about 200-300 times that of our sun. Its a blue-white supergiant star that if placed at the centre of our own solar system, its surface would extend out as far as Earths orbit.
No. The sun is a main sequence star far smaller than any supergiant.
No. The sun is a main sequence star.
No. The diameter of Sirius A is about 1.7 times that of the sun. To be considered a supergiant a star must be at least 100 times the diameter of the sun.
The sun is tiny compared to a supergiant.
a Supergiant
any giant or supergiant
A supergiant is much larger than a white dwarf. A supergiant can be 10 to 70 times the size of our Sun, whereas a white dwarf is only about the size of the Earth.
No. The sun is a G-type main sequence star, sometimes called a yellow dwarf.
Red Giant/Supergiant, it will expand and atomise the Earth
The Sun is somewhat midrange in size. All Giant and Supergiant class stars are larger, some of which many times larger, than the Sun.
BIG! A supergiant must be at least eight times the size of our sun to create a force as strong as a black hole. And one million earths can fit into our sun, imagine that eight times; That's eight million earths!
Because it is closer to the earth than any other star.