There is gravity everywhere, all the time. Every particle of mass is gravitationally
attracted to every other particle of mass, all the time, everywhere, right now.
Yes. Asteroids have some gravity, but it is very weak because of their low mass in comparison to an actual planet.
The simple answer: Gravity. The less simple answer: Gravity holds the moon near the earth and the earth near the sun. Gravity is a dent in space-time. Think of a bowl. The bowl shape is from a heavy object weighting it down. the heavier it is, the bigger the 'bowl'. Lets suppose the bowl is made from the sun. If we put a marble in its gravity (inside the bowl), and give it some speed, it will roll around the sides. this is why the Earth does not crash into the sun. It revolves at just the right speed to stay in the suns gravity, but not crash into it and burn up.
The Sun is both dense enough and large enough to have a force of gravity greater than all of the objects in and near the Solar System, including those within the Oort Cloud and the Kuiper Belt. So, your answer is 'Yes", the Sun has a stronger gravity than planet Venus.
Our Sun is mostly surrounded by space; but planets in the solar system do orbit the Sun (or more correctly, a common center of gravity near the Sun), so in a loose sense planets are around the Sun or move around it.
The gravity of the sun is more. The sun is the roughly the size of 946 Earths.
No Because You Woudnt Be AnyWhere Near The Sun
No planet has anywhere near the mass that the sun does, and the strength of gravity in an object is proportional to its mass.
Near the Sun the force of gravity is stronger so the planet has more energy which means it has to move faster.
Near the Sun the force of gravity is very strong so the planet has more energy which means it has to move faster.
Yes. Asteroids have some gravity, but it is very weak because of their low mass in comparison to an actual planet.
The sun gravity is stronger
The simple answer: Gravity. The less simple answer: Gravity holds the moon near the earth and the earth near the sun. Gravity is a dent in space-time. Think of a bowl. The bowl shape is from a heavy object weighting it down. the heavier it is, the bigger the 'bowl'. Lets suppose the bowl is made from the sun. If we put a marble in its gravity (inside the bowl), and give it some speed, it will roll around the sides. this is why the Earth does not crash into the sun. It revolves at just the right speed to stay in the suns gravity, but not crash into it and burn up.
because the moon is close to the earth, earth's gravity is more powerful ! so that why it is near to us.
The Sun is both dense enough and large enough to have a force of gravity greater than all of the objects in and near the Solar System, including those within the Oort Cloud and the Kuiper Belt. So, your answer is 'Yes", the Sun has a stronger gravity than planet Venus.
Anything with mass has gravity. The sun's mass is enormous. Therefore the sun has strong gravity.
The sun has all the gravity to keep the planets a certain distance from the sun.
the sun connect to gravity because the sun is heavy remember the heavier some thing is the more gravity pulls you and the lighter u are the least gravity pulls you