Gravitational fields do not come to an end, they just get weaker, the farther you go from the mass which creates them. Since our sun (also known as Sol) has existed for about four and a half billion years, its gravitational field extends for about four and a half billion light years. Of course, the field is very weak at that distance, too weak even to detect. In practical terms, the gravitational field of the sun is strong enough to hold some objects in orbit, at distances of several billion miles. Comets orbit at those distances.
The sun, by far, has more mass than anything else in the solar system. The sun contains 99.86% of the mass in the solar system.
The sun gravity is stronger
The sun definitely has more gravity than the moon. Gravity is based on mass, and the sun is much more massive.
The outermost layer is called the Corona and it extends deep into the Solar System (the Earth is actually within it). Beyond that there is the Sun's magnetic field and of course gravity goes on forever, just getting weaker and weaker.
The sun gravity is stronger
Past Earth's orbit
Far, far stronger at 274.0m/s2earth gravity is 9.78m/s2
We have no direct evidence, but theory indicates that the inner boundary of the Oort cloud would be out past Pluto, at about 100 AU, and might extend for up to 20,000 AU or more. It might extend as far as one light-year out, but something that far out would be very tenuously held by the Sun's gravity.
No.
Because it is far, far larger.
They get a different kind of gravity that far away from the sun. They can also get meteor pieces that have fallen of comets that we can not get, because we get too much of the sun's gravity.
because of the gravity far from the sun.Thats also why the planets are circuling the sun because of the gravity .
gravity depends on mass (matter) and distance from the sun because every planets gravity is how big it is and how far it is
How far did the umayyads extend their empire
If you compare surface gravity, yes the sun's gravity is stronger than that of Jupiter. But gravity decreases in strength as you get farther from the object. Jupiter's moons are close enough to Jupiter and far enough from the sun that Jupiter's gravity has more influence.
When a planet is far away from the sun, the pull of gravity between them will decrease. This is because gravity weakens with distance, following the inverse square law. The gravitational force between two objects is proportional to the product of their masses and inversely proportional to the square of the distance between them.
In a sense. The planets all orbit the sun because it contains about 99.9% of the mass of the solar system. The sun wobbles somewhat due to the gravity of the planets, but does not move very far.