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- Acceleration abstract "Acceleration, in physics, is the rate at which the velocity of an object changes over time. Velocity and acceleration are vector quantities, with magnitude and direction that add according to the parallelogram law. An object's acceleration, as described by Newton's Second Law, is due to the net force acting on the object, i.e., the net result of any and all forces acting on the object. As a vector, this net force is equal to the product of the object's mass (a scalar quantity) and the acceleration. The SI unit for acceleration is the metre per second squared (m/s2).For example, an object such as a car that starts from a standstill, then travels in a straight line at increasing speed, is accelerating in the direction of travel. If the car changes direction at constant speedometer reading, there is, strictly speaking, an acceleration although it is often not so described; passengers in the car will experience a force pushing them back into their seats in linear acceleration, and a sideways force on changing direction. If the speed of the car decreases, it is sometimes called deceleration; mathematically it is simply acceleration in the opposite direction to that of motion.".
- Acceleration thumbnail Gravity_gravita_grave.gif?width=300.
- Acceleration wikiPageExternalLink acceleration-calculator.php.
- Acceleration wikiPageExternalLink convert-acceleration-from-ms2-to-fts2.html.
- Acceleration wikiPageID "2443".
- Acceleration wikiPageRevisionID "605421451".
- Acceleration hasPhotoCollection Acceleration.
- Acceleration name "Acceleration".
- Acceleration symbols "a".
- Acceleration unit Metre_per_second_squared.
- Acceleration subject Category:Acceleration.
- Acceleration subject Category:Concepts_in_physics.
- Acceleration subject Category:Dynamics.
- Acceleration subject Category:Kinematics.
- Acceleration subject Category:Motion.
- Acceleration subject Category:Physical_quantities.
- Acceleration comment "Acceleration, in physics, is the rate at which the velocity of an object changes over time. Velocity and acceleration are vector quantities, with magnitude and direction that add according to the parallelogram law. An object's acceleration, as described by Newton's Second Law, is due to the net force acting on the object, i.e., the net result of any and all forces acting on the object.".
- Acceleration label "Acceleration".
- Acceleration label "Accelerazione".
- Acceleration label "Accélération".
- Acceleration label "Aceleración".
- Acceleration label "Aceleração".
- Acceleration label "Beschleunigung".
- Acceleration label "Przyspieszenie".
- Acceleration label "Versnelling (natuurkunde)".
- Acceleration label "Ускорение".
- Acceleration label "تسارع".
- Acceleration label "加速度".
- Acceleration label "加速度".
- Acceleration sameAs Zrychlení.
- Acceleration sameAs Beschleunigung.
- Acceleration sameAs Επιτάχυνση.
- Acceleration sameAs Aceleración.
- Acceleration sameAs Azelerazio.
- Acceleration sameAs Accélération.
- Acceleration sameAs Percepatan.
- Acceleration sameAs Accelerazione.
- Acceleration sameAs 加速度.
- Acceleration sameAs 가속도.
- Acceleration sameAs Versnelling_(natuurkunde).
- Acceleration sameAs Przyspieszenie.
- Acceleration sameAs Aceleração.
- Acceleration sameAs m.0zl3.
- Acceleration sameAs Q11376.
- Acceleration sameAs Q11376.
- Acceleration wasDerivedFrom Acceleration?oldid=605421451.
- Acceleration depiction Gravity_gravita_grave.gif.
- Acceleration isPrimaryTopicOf Acceleration.