### Some articles on *gravitational, gravitational force, force, forces*:

Shell Theorem

... In classical mechanics, the shell theorem gives

... In classical mechanics, the shell theorem gives

**gravitational**simplifications that can be applied to objects inside or outside a spherically symmetrical ... a hollow ball), no net**gravitational force**is exerted by the shell on any object inside, regardless of the object's location within the shell ... inside a solid sphere of constant density the**gravitational force**varies linearly with distance from the centre, becoming zero by symmetry at the centre of mass ...Le Sage's Theory Of Gravitation - Fatio - Features of Fatio's Theory

... passages and ascribed "perfect elasticity or spring

... passages and ascribed "perfect elasticity or spring

**force**" to the particles and on the other hand "imperfect elasticity" to gross matter, therefore the particles would be reflected with diminished ... speed and therefore a decrease of the**gravitational force**... made arbitrarily small while still maintaining the same effective**gravitational force**...High Water - Physics - Forces

... The tidal

... The tidal

**force**produced by a massive object (Moon, hereafter) on a small particle located on or in an extensive body (Earth, hereafter) is the vector difference between the ... Thus, the tidal**force**depends not on the strength of the lunar**gravitational**field, but on its gradient (which falls off approximately as the inverse cube of the distance to the originating**gravitational**... The solar**gravitational force**on the Earth is on average 179 times stronger than the lunar, but because the sun is on average 389 times farther from ...Scalar-tensor Theory - Gravity As Field Theory

... In physics,

... In physics,

**forces**(as vectorial quantities) are given as the derivative (gradient) of scalar quantities named potentials ... Einstein, gravitation was given in the same way, as consequence of a**gravitational force**(vectorial), given through a scalar potential field, dependent of the mass of the particles ... The**gravitational force**is dependent of the distance r of the massive objects to each other (more exactly, their centre of mass) ...### Famous quotes containing the word force:

“Where the great *force* lies, there must be the sanction of peace.”

—Woodrow Wilson (1856–1924)

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