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Because some planets are closer to the sun

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Each planet experiences a different force of gravity because each planet has a different distance to the sun and the mass of each planet is different.

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Mass of the objects and distance  between them

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Because of how close they are to the sun

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The gravitational force between objects is affected by the mass of the objects and the distance between them. Increased distance and mass will result in a stronger gravitational force.

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The mass of the star impacts the way a planet orbits. The mass of the planet really has no impact. You can see this in the Gravity and Orbits Phet Lab

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The planets that orbit the fastest are closer to the sun

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stars mass

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Some planets move faster than others because they are closer to the Sun since as the distance between the Sun and the planet increases, then the gravitational force increases which causes the planet to speed up.

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Jada Arnold                          That the sun has a gravitational forces that move the planet that are closer to it then the one that are further away so the closer the planet the faster it orbits        

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Jada Arnold                          That the sun has a gravitational forces that move the planet that are closer to it then the one that are further away so the closer the planet the faster it orbits        

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Planet Mass does not effect the Planet's Orbital Speed. The Sun Mass however either speeds up or slows down the Speed of the Planet -ary Orbit.

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Yes because their masses and distances can vary, which affect gravity.

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Some planets move faster than others due to the fact that they have less distance than others from the sun.

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When a planet is close to the sun, it moves faster than others. The further away planets are from the Sun, the slower they move.

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The mass of the star affect's the speed of a planet's orbit.

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Some planets move faster than others, because of the gravitational pull between each planet and the sun. The planets closer to the sun have a strong gravitational, compared to planets further away from the sun. Planets closer move faster, planets further from the sun move slower

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Each Planet does experience a different amount of force due to each planet's distance and mass from the Sun

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the strength of gravity between objects is affected by the mass of the two objects and the distance between those two objects

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The Mass of the Object and the distance between the two objects affect the strength of gravity between the two objects (as in the Gravitational Force Formula, the only thing you can change is the distance and Mass of one or both the objects)

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The mass of the sun affects the speed of a planets orbit

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Newton's law also states that the strength of gravity between any two objects depends on two factors the masses of the objects and the distance between them. Objects with greater mass have a stronger force of gravity between them.

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Some planets move faster than others when orbiting the Sun because their distance from the Sun determines the gravitational pull, and speeds it up.

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The masses of the objects and the distance between them affects the strength of gravity between objects.

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Well the gravitational pull occurrence is determined the distance a planet is to the sun so the closer a planet is the faster it moves.

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The mass between the objects will have an affect on the strength of gravity between the objects

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Some planets move faster than others due to the distance between them and the Sun. The closer the planet is to the Sun, the faster it moves

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The closer the planet is to the sun is how fast it will move

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This will have to do with distance. For example, since Mercury is so close to the Sun, it will move a lot faster when compared to Neptune. The distance between the Sun and the planet affects the Speed of planets orbiting each other.

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A planet will move faster when it is closer in distance to the sun. This is because at this closer distance the sun has a stronger gravitational pull.

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A planets orbital speed changes, depending on how far it is from the Sun

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Distance and mass are factors that effect the strength of gravity between objects.

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No, The strength of the gravity from the Sun is weaker as you go further out but is still the same force that is acting on the Planet.

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Both the mass of the planet and the mass of the star affects the speed of a planet's orbit, however, the mass of the star affects the orbit much more than the mass of the planet, due to the star having a larger gravitational force than the planet.

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The mass of the star (the Sun) affects the speed of the planet's orbit; however, planet mass doesn't affect the speed of its orbit

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Each planet does experience a different force of gravity between the Sun depending on the mass of the planet and the distance between the planet and the Sun

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The factors that affect the strength of gravity between objects are distance between them and their masses