Because the un has a wicked gravitational pull and yah they can't really stop orbiting.
planets
because we need night to sleep and we have the moon which gives us nightthere is day and night because as the earth is orbitting round the sun ,is also spinning and moon is also orbitting round the earth.there is day and night because as the earth is orbitting round the sun ,is also spinning and moon is also orbitting round the earth.
because we need night to sleep and we have the moon which gives us nightthere is day and night because as the earth is orbitting round the sun ,is also spinning and moon is also orbitting round the earth.there is day and night because as the earth is orbitting round the sun ,is also spinning and moon is also orbitting round the earth.
Small lumps of rock orbiting the sun are called asteroids.
yes. every star is a sun. each star could possibly have its ownplanets orbitting it(like earth).
no because of the gravity of the sun wont let it stop orbitting because the gravitational pull and the spinning of the planets so it dosent go in to the sun
Because Earth's gravity holds it in orbit. Earth is much closer so its gravity is stronger.However, the moon does orbit the Sun, it simply orbits the Earth in addition to orbitting the Sun.
comet
You may be referring to asteroids, which are small rocky or icy bodies which orbit the Sun. There are many thousands of asteroids, most of which orbit between Mars and Jupiter. Most of the asteroids are too small to see, but a few of the larger ones are visible without a telescope.
The mass of an object is a measure of the total amount of matter it contains, while its size refers to the physical dimensions of the object. When the sun shrinks in size, the matter within it is simply becoming denser, but the total amount of matter (and therefore mass) remains the same.
They don't. The sun is the same distance from the earth, no matter which country you're in.
You can see anything you need to through the portholes. If there are cameras or telescopes, you can see with those too. If you are not accelerating, you are going the same place, in the same way, as the ship itself. This state is called "free fall". So nothing seems any different if you are orbitting close to the atmosphere, in geosynchronous orbit, orbitting the Sun at Uranus, or heading for deep space. Only when you compare "clock rates" of very accurate clocks between the ship and Earth's surface do you see any effects of the "gravitational pull" and "relative motion" in effect near each clock, and how they differ.