if our planet Earth had a larger orbit than it does today, the temperature would be dramatically different and most life on the planet would most likely die out from the extreme cold.
The Sun and all the planets outside the orbit of Mars (excluding Pluto - which is not a planet anymore) are larger than Earth.
All known moons. But in theory, there could be a moon orbiting a larger moon, if the large moon was far enough away from the planet.
U answer
All the planets orbit in a perfect circle, so they always stay the same distance from the sun, except Pluto, which is why it is now a "Dwarf Planet".
All planets have elliptical orbits.
We all die
The Sun and all the planets outside the orbit of Mars (excluding Pluto - which is not a planet anymore) are larger than Earth.
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.
Gravity. As the planet rotates it's mass holds it's moons within it's orbit. The larger the planet the stronger is its gravitational pull.
They orbit Jupiter.
All known moons. But in theory, there could be a moon orbiting a larger moon, if the large moon was far enough away from the planet.
Yes, all planets in this solar system orbit the sun.
yes, if the earth was in orbit around another planet, it would be a moon. However, it wouldn't "come into" orbit around another planet, that's pretty much impossible. a trajectory change like that would kill all life on earth anyway, so it's not something humans will ever witness.
The orbit of each planet it the path it takes as it rotates round the Sun under the influence of the force of gravity. Every planet has a separate orbit and the orbits all follow Kepler's three laws of planetary motion.
All of them orbit the Sun.
The planets orbit the Sun because of the force of gravity that keeps them there. Without gravity they would all move in straight lines.
If you mean a locked orbit like some "hot Jupiter" exoplanets, then the answer is; one side of the planet will haveendless daylight and the other side a never ending night. In other words its "solar day" would last "for ever". Comment: that's not what the question says. It's about having no rotation at all. In that (unlikely) case the "sidereal day" would be, technically, infinite. The "solar day" would equal the length of the planet's year.