Illustrating stars smaller than the Sun can be challenging because many of them are red dwarfs, which emit much less light and are often too faint to be seen clearly from Earth. Additionally, their small size and low luminosity mean they don't produce the same visual features as larger stars, making them less visually distinct in representations. Furthermore, many of these stars are located far away, complicating our understanding of their characteristics and making accurate depictions difficult.
From Jupiter's orbit, the stars would appear exactly as they do from Earth, with one exception: the Sun, which would be smaller. From below the clouds on Jupiter, you wouldn't be able to see any stars.
Most visual binary stars are of low luminosity because they are often close together and both stars have similar masses, resulting in them being fainter than single stars of the same age. Additionally, the companion stars in these binary systems may not be large or hot enough to emit high levels of light.
Gravitational pressure prevents stars of extremely large mass from forming as this pressure would likely initiate nuclear fusion earlier, preventing the star from accumulating enough mass to exceed the upper limit for star formation. This prevents the formation of supermassive stars and instead leads to the formation of smaller stars.
It would be like seeing the night sky in all directions. Earth and the sun would gradually get smaller and dimmer. You would have to travel for a long time before you saw Pluto. You would struggle to know how fast you are going as the stars would remain fixed, since their distances are so far. You might see the odd piece of space debris, but not much else apart from all of the stars and maybe some other distant planets.
(Using common sense) A pyramid would be a better design for earthquakes because it has a large base surface area and a smaller top, so that it is stable and it is practically impossible for it to fall over or collapse like a regular rectangular building would.
That's an opinion, but if you meant temperature-wise, the answer would be smaller stars because of the gas and pressure.
there are so many that it would be impossible to find the total amount of stars because all stars die and become reborn
There are so many stars out there that have been given names or numbers, that it would be impossible to put a full list of them here.
It's not, the stars are bigger but the are farther away so they look smaller. Note, there are collapsed stars of degenerate matter known as neutron stars that would be substantially smaller than our moon (maybe a quarter mile across), but have a mass closer to that of our sun. These are a special case of star. White dwarf stars would also be fairly small, though not nearly as small as our moon. Closer to the size of earth.
It is quite possible that some stars will have Neopets accounts, but as I doubt they would use their names as their account username, it would be almost impossible to find out. This sort of information remains anonymous to the Neopets staff as well, as was mentioned in one of their past editorials.
Our Sun is just an average star. There are smaller stars, and bigger stars, Some stars are so huge it would be difficult to see the Sun next to it - See link for a picture.
They appear smaller as they are so far away. If you had a model of the solar system in your room, with all the planets and the sun at the centre, the next nearest stars on that model would have to be placed many miles away to be on the same scale.
That would be its size. Bigger stars live shorter lives because they use up energy faster, while smaller stars live longer because they don't use up as much energy.
It would illustrate that reality is subjective.
All stars are smaller than Solar Systems. A star is what keeps everything withen a system with it's immense gravitational pull. Stars also vary in size from giant superstars to small dwarf stars our Sun, Sol, is a midsized middle aged star.
no, and this is very strange. the bigger the star the cooler it is! the smallest and hottest stars are dwarf stars! a lot smaller than our sun, these small stars are too hot and too dense to support life. hope this is helpful :)
It doesn't have. While it is made a smaller ingredients it would be impossible to break these all down to form a chemical composition.