The planets don't all orbit the Sun in EXACTLY the same plane - there are small variations. The plane where Earth orbits is called the Ecliptic; other planets orbit fairly close to that same plane.
It is called the Ecliptic or the Orbital Plane.
It is the plane of the ecliptic. This is actually the plane of the Earth's orbit: the other planets orbits are at small angles to the Earth's plane.
all of our planets orbit the sun
The force keeping planets in orbit is gravity from another, larger planet or mass. The larger the planet, the greater the gravitational force it will have. To give an example, the sun in our solar system keeps earth and all the other planets in our solar system in orbit because it has the greatest mass, meaning it also has the greatest gravitational force.
A star is a heavenly body and not a planet.and also a star give off its own light not planets.
If you are talking about Mercury, Venus, Earth, Mars, Jupiter, Saturn, Uranus and Neptune, these planets all orbit the Sun.It wasn't very long ago that these were the only planets we knew about. But with the development of enormously powerful space telescopes and newer more powerful computers, scientists have now discovered over 300 "extra-solar planets"; planets that orbit other stars. We've discovered so many, so quickly, than we now need to revise our theories on how planets form. We used to think that planets would be rare; now, it looks like a majority of mid-sized stars will have planets.
First of all, planets are way smaller than stars, stars are probably 10-1000's of times bigger than plants. Another thing is stars produce nuclear energy in their core so they burn and give of heat, which by far planets don't give off. The third thing is Stars have more gravity than planets so they make smaller bodies orbit around them. Planets are dark balls of rock and gas that orbit a star and stars are giant balls of hot gases that makes its own light and heat
Pluto has the longest orbit in length as it is further away from the sun than the other planets. If we model the orbit of all the planets as perfect circles, we can see that planets further from the sun give orbits which are larger circles, and larger circle have larger circumferences, which are the longer orbits. Even if the planets orbited at the same speed, Pluto would take longer to orbit as it has further to travel. Pluto doesn't orbit at the same speed as other planets - it orbits more slowly. This means it takes even longer to orbit the sun. It orbits more slowly as it is further out and the sun exerts less of a gravitational force on Pluto than on the other planets, and it is this gravitational force which causes objects to orbit around the sun. In fact, the sun exerts 1600 times as much force on Earth than on Pluto.
Yes. That is why the Earth and other planets orbit around it, due to the Sun's gravitational pull. Yes, it does, but I'm not sure how much.
Mainly in that they have a smaller mass. To be a "star", an object would need to be able to start hydrogen fusion. This requires a certain amount of mass and pressure at the core - which in turn require a certain minimum mass.
It is about 201,384 miles away and it is the hottest planet...literally!
the tolelance of geometric shapes is showing how an angle can in different pryramids of triangles can be shaped
Not by a long shot. NOTHING stays in one place. What would that mean? There are no reference points that can reliably give us a stationary object anywhere in the universe. The earth and other planets orbit around the sun, but the sun makes a really big orbit around the galaxy that takes millions of years. The planets tag along.
No, everything with a mass has gravity. That's why the planets orbit the sun. That's why moons orbit planets. The asteroid belt etc. If you drop something heavy on the moon, it'll still fall to the ground, this proves that there is gravity on the moon. The Mars rover is still on Mars, it hasn't