Gravitational Constant G
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The constant of gravitation has been measured in three ways.
In cavendish experiment of the value of the gravitational constant gin newtons law of universal gravitation the attractive force between two objects f is equal to g times the product of their masses m 1 m 2 divided by the square of the distance.
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Gravitational constant g. The gravitational constant g first appeared in newtons gravity equations and later in albert einsteins equations for general relativity. The gravitational constant denoted by letter g is an empirical physical constant involved in the calculations of gravitational force between two bodies. This is different from g which denotes the acceleration. Where g is the gravitational constant and mr is the total mass enclosed within radius r.
The gravitational constant g is a key quantity in newtons law of universal gravitation. The gravitational constant also known as the universal gravitational constant or as newtons constant denoted by the letter g is an empirical physical constant involved in the calculation of gravitational effects in sir isaac newtons law of universal gravitation and in albert einsteins general theory of relativity. The gravitational constant is the proportionality constant used in newtons law of universal gravitation and is commonly denoted by g. The gravitational constant also known as the universal gravitational constant the newtonian constant of gravitation or the cavendish gravitational constant denoted by the letter g is an empirical physical constant involved in the calculation of gravitational effects in sir isaac newtons law of universal gravitation and in albert einsteins general theory of relativity.
If the earth had a constant density r the mass would be mr 43prr 3 and the dependence of gravity on depth would be. Now this possibly looks a bit messy but it basically means that gravity has a set strength. The constant of gravitation. Force is related to mass and the distance between objects but g remains the constant in newtons force equation.