In space there is no gravity, so the planets can't fall down! The also stay on the same plane because they are attracted to the sun.
They don't fall into the Sun because their speed is too great to let them fall straight in. The Sun's gravitational attraction only makes them curve towards the Sun as they move in their orbit. The force makes them take up elliptical orbits instead of just shooting away in a straight line.
The planets will fall into the sun and get destroyed.
Yes. In our solar system the planets orbit the sun. The process of orbiting is a process of falling towards the sun, but their sideways speed is such that they continually miss (and thus end up going round) the Sun.So, yes planets can and do fall but they do not fall intothe sun. Thus from our viewpoint they do not appear to be falling.
Yes, the densities of the solar system planets can generally be grouped into two categories: terrestrial planets (such as Earth, Venus, Mars, and Mercury) with higher densities due to their rocky compositions, and the gas giant planets (such as Jupiter, Saturn, Uranus, and Neptune) with lower densities due to their gaseous compositions.
Planets are classified based on the International Astronomical Union's criteria, such as orbiting the sun, being round due to gravity, and clearing its orbit of debris. Planets that do not meet all these criteria are rejected as planets and instead classified as dwarf planets or other celestial bodies.
The only planet in our solar system that went from a classification as major to a classification as dwarf is Pluto.Here is a list of ALL 13 known planets. The dwarf planets are in bold and underlined:MercuryVenusEarthMarsCeresJupiterSaturnUranusNeptunePlutoHaumeaMakemakeErisDwarf planets also fall under the category of minor planets, of which there are thousands in our solar system. As of 2017, the orbits of 734,274 minor planets were archived at the Minor Planet Center, 496,815 of which had received permanent numbers. The largest minor planet that is not considered to be a dwarf planet is Sedna.
Asteroids can fall on any planet (or moon).
The planets will fall into the sun and get destroyed.
The planets will fall into the sun and get destroyed.
Most of the NASA planets fall in the world, although a few of them haven't, whereas relatively few non-NASA planets fall in the world.
Yes. In our solar system the planets orbit the sun. The process of orbiting is a process of falling towards the sun, but their sideways speed is such that they continually miss (and thus end up going round) the Sun.So, yes planets can and do fall but they do not fall intothe sun. Thus from our viewpoint they do not appear to be falling.
scientists are still discovering
it means planets fall of there trees
No, there is no scientific evidence that this is even possible.
That's the normal configuration - for planets to travel around their central star. If the planet would NOT move, it would quickly fall into the central star.That's the normal configuration - for planets to travel around their central star. If the planet would NOT move, it would quickly fall into the central star.That's the normal configuration - for planets to travel around their central star. If the planet would NOT move, it would quickly fall into the central star.That's the normal configuration - for planets to travel around their central star. If the planet would NOT move, it would quickly fall into the central star.
the plot of fusion fall is to defeate fuse, who is gathering planets together, and is trying to take over earth, and you have to stop him
Yes, the densities of the solar system planets can generally be grouped into two categories: terrestrial planets (such as Earth, Venus, Mars, and Mercury) with higher densities due to their rocky compositions, and the gas giant planets (such as Jupiter, Saturn, Uranus, and Neptune) with lower densities due to their gaseous compositions.
Planets are not living things: they do not eat anything!