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Gravity meaning the force to pull everything around it, same goes for planets and stars. But because of the planet is going too fast, which will offset the force from other planets and stars, so planets and stars are not falling in to each other.

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This site may be of use to make your concept map. Mr.W.

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This site may be of use to make your concept map. Mr.W.

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lucidchart.com

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Gravity is the force to pull everything around towards the center, and the closer the two objects that are pulling each other get, the stronger the force is.

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Gravity attracts all objects towards each other. If the masses of the objects increase, the gravitational force also increases. If the distance increases, the gravitational force will decrease.

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Gravity is a force pulling together all matter.  Every object in space exerts a gravitational pull on every other, and gravity influences the paths taken by everything traveling through space.

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Gravity is the force by which a planet or other body draws objects toward its center. The force of gravity keeps all of the planets in orbit around the sun.

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Gravity keeps the planets suspended, and constantly pulling on each other, while inertia helps keep it in an orbit.

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Gravity is the force that attracts one body of mass to another. Gravity is pulling matter towards each other. The force made by smaller items are less noticeable than the gravity made by Earth. Earth is pulling all masses towards the centre of it. For example, it would possess more gravity than a basketball because it has a larger mass.

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Newton hypothesized that the force that pulls an apple to the ground also pulls the moon towards earth, keeping it in it's orbit. And this force attracts all objects towards each other.

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Gravity is defined as the force that attracts a body to any physical body having mass.

Every thing with mass has a gravitational force.

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Through gravity, materials that build planets could connect, and build planets, and start the orbits of the solar system.

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-bigger mass, bigger gravity

-gravity: pulling of an object

time between pulling a object

bigger ones: longer time

Bigger planet: Bigger force pulling on you, you weigh much more, you have a bigger mass

If your further from the planet, you feel less gravity and pull from you

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Earth’s gravity is pulling the moon towards it so the moon won’t move in a straight line, and the moon’s inertia prevents the moon from moving forward. Without gravity, the galaxy would be extremely hectic and all the planets would be going in straight lines, not in orbit.
The tendency of an object to resist a change in motion is called inertia. The more mass an object has, the greater the inertia, meaning it would be harder to stop.

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Gravity keeps us on earth, keeps or planets from veering off, and played a role in the creation of galaxies.  For example, gravity pulled dust and gases together. And as it started shrinking, it spun faster and faster. This formed a thinner, rotating disk. Inside the galaxy, the gas in the centre eventually became hot and dense enough for nuclear fusion to happen, and sothe sun was formed.

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The tendency of a object to resist a change in motion is Inertia, which we feel everyday. An object with greater inertia is more difficult to start/stop.
Newton concluded 2 fact of why do Earth and the moon remain in their orbits, inertia and gravity; combined to keep earth in orbit around the sun and the moon in orbit around the sun, and the moon in orbit around the earth.
Earth's gravity kept pulling the moon towards it, preventing the moon from moving in a straight line.

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Gravity keeps our planets in orbit.
It controls our tides, keeps us on earth, and played a part in the formation of our universe as well.

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Inertia and Gravity both have specific needs in our solar system. While the gravity suspends earth, Inertia keeps the Earth orbiting

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Gravity is a force that attracts large masses together. Larger the mass, larger the force acting to pull you closer to the object. This is how black holes work. The black holes are an object with infinite mass. This forbids any light from escaping black holes, thus perceiving the black holes as black.

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It makes the distance between each planet. It holds together entire galaxies and planets and help them to orbit. As gravity pull the gas and dust together, it forms a solar nebula

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inertia and gravity combine to keep Earth in the orbit around the sun and the moon in orbit around Earth

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After the big bang, matter in the universe separated into galaxies. Gas and dust spread throughout space. Where the solar system is now, there was only cold, dark gas and dust. The Solar Nebula, Planetesimals, and other things were the ways stars and solar systems can be created.  The outer parts of the disk, gas, and dust formed small asteroid-like bodies called planetesimals and these formed the building blocks of the planets which collided and grew larger by sticking together, eventually combining to form the planets

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Newton concluded that two factors which are inertia and gravity combine to keep Earth in orbit around the sun and the moon in orbit around the Earth.  The combination of gravity and inertia keeps the moon in orbit around the Earth and if there were no gravity, inertia would cause the moon to travel in a straight line

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If Sun is really big, gains mass, the Earth will collide because it’s too strong and eventually crash.

If Earth is bigger the same thing happens. However, because the earth is smaller than the sun, Earth orbits around the sun because of gravity, but small mass make the gravity less stronger.

If no gravity: Earth will go straight, because there won’t b any outer force pulling it.

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Gravity is a force which tries to pull two objects toward each other. Anything which has mass also has a gravitational pull. The more massive an object is, the stronger its gravitational pull is. Earth's gravity is what keeps you on the ground and what causes objects to fall.

If the mass increases, the force also increases.
If the distance increases, the force decreases.

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The Gravity is attractive(pulling) force between objects and the gravity effects every material which has mass.
Also Mass is proportion with Gravity but distance inverse proportion with Gravity. So if distance is larger, Gravity is lower.

Weight is proportion with Gravity. So if weight is larger , Gravity larger ,too

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Gravity rules the universe, because without it, building blocks to planets, orbits, stars, and any other object, celestial or not, would not be able to possess the binding capabilities that are need to create anything. Without gravity, people, objects, planets, orbits, anything, would be able to be created.