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...another celestial body, equal to the product of the object's mass and the acceleration of gravity.

...mbustion engine) use energy; this energy is mainly used by air resistance, acceleration and deceleration, and rolling resistance; electric cars spend less power th

...ng barometric pressure and radar altitude of a dropped bomb, or the launch acceleration, conditions in space, and reentry of a ballistic missile trajectory; a key

...'''acceleration due to gravity'''. The quantity ''g'' has the dimension of acceleration, m s^−2, hence its name. Equivalently, it can be expressed .... The quantity ''g'' is therefore referred to as the ''local gravitational acceleration''. It is measured as 9.78 m s^−2 at the equater and 9.83 m

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...nsp;32.17405 [[foot|ft]]/[[second|s]]²), the standard average [[acceleration due to gravity]] on [[Earth]]'s surface (referred to as '''''g_n' ...in the [[International System of Units]] (SI). Using the standard average acceleration due to gravity, denoted '''''g_n''''', as being 9.80665 m/s<sup>2

...dproto/mechanisms/chpt1.html Introduction to Mechanisms]</ref> The average acceleration of <i>a</i> of an object whose speed changes from <i>v</i><sub><i>i</i></su The instantaneous acceleration vector <b>a</b> of an object whose position at time <i>t</i> is given by <b

...a player's movement across the ice by defining his position, velocity and acceleration."

...ces due to the gravitational attraction of the nearby larger object. This acceleration is given as: ...pparent weight that is less than their true weight. Note that a downward ''acceleration'' is not the same as a downward ''motion'', and occurs for either (1) an ob

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...f [[mass]] at 9.80665 [[metre|m]]/[[second|s]]², the standard [[acceleration due to gravity]] on [[Earth]]'s surface (referred to as '''''g_n' ...e force that will accelerate 1 kilogram of mass at 1 m/s², and acceleration is proportional to force, one kilogram-force is therefore equal to 9.80665

...as vectors to form a net force or resultant force on the body. A body's [[acceleration]] is proportional to the net force exerted it and, according to [[Newton's ...'m''''', '''''v''''', '''''a''''', and '''''p''''' are the mass, velocity, acceleration, and momentum respectively of the body upon which the force is exerted. Whe

...a, mass expressed in kilograms, force expressed in [[Newton|newtons]], and acceleration expressed in meters per second per second. From the chemist´s Newtonian p

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...y 9.80665 [[joule]]. On those places on Earth where the [[gravitational acceleration]] ''g'' happens to be equal to 9.80665 m/s², the geopotential m