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What is gravity?

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What is gravity?

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Gravity is the force of attraction between two objects. Mathematically, it is expressed by Newton’s Law of Universal Gravitation which states that F = G *m1*m2/r^2 where G is the Universal gravitational constant, m1 is the mass of object 1, m2 is the mass of object 2, and r is the distance between the centers of gravity for both objects.

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Gravity is the force that causes objects on Earth to fall down and stars and planets to attract each other. Isaac Newton quantified the gravitational force: F = mass1 * mass2 / distance². Gravity is a very weak force when compared with the other fundamental forces. The electrical repulsion between two electrons, for example, is some 10^40 times stronger than their gravitational attraction. Nevertheless, gravity is the dominant force on the large scales of interest in astronomy. Einstein describes gravitation not as a force, but as a consequence of the curvature of spacetime. This means that gravity can be explained in terms of geometry, rather than as interacting forces. The General Relativity model of gravitation is largely compatible with Newton, except that it accounts for certain phenomena such as the bending of light rays correctly, and is therefore more accurate than Newton’s formula. According to General Relativity, matter tells space how to curve, while the curvature of space t

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Essentially, gravity is an attractive force between objects. Most people are familiar with gravity as the reason behind things staying on the Earth’s surface, or “what goes up, must come down,” but gravity actually has a much vaster significance. Gravity is responsible for the formation of our Earth and all other planets and for the movement of all heavenly bodies. It is gravity that makes our planet revolve around the Sun, and the Moon revolve around the Earth. Though humans have always been aware of gravity, there have been many attempts to accurately explain it throughout the years, and theories must regularly be improved upon to account for previously unconsidered aspects of gravity. Aristotle was one of the first thinkers to postulate the reason for gravity, and his and other early theories relied on a geocentric model of the universe, with the Earth at its center. Galileo, the Italian physicist who made the first telescopic observations supporting a heliocentric model of the sola

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Gravity is one of the fundamental forces of nature. No one really understands exactly why, but gravity is a force that pulls objects toward each other. The mass of the objects and distance between the objects affects the strength of the force of gravity. Greater masses attract with more force and the force weakens as the objects get further apart. Earth’s gravity pulls objects toward the Earth’s center. Barkley learned this the hard way when the balls he juggled kept falling to the ground. Earth’s gravity pulls on the balls while the balls’ gravity pull on each other. This caused Barkley to wonder why the balls didn’t come together. Since the Earth is so much larger than the balls, the Earth’s gravity pulls the balls straight down towards the Earth’s center. The balls pull on the Earth with the same force that the Earth pulls on the balls. Since the Earth is so much bigger, then ball’s force can’t really affect the Earth as much as the Earth’s force affects the much smaller balls. The

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